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{"id":10205198089,"title":"1.2ml Deep Well, 96 Round Well Low Profile","handle":"1-2ml-deep-well-96-round-well-low-profile","description":"\u003cp\u003eMicroplates are produced in clean room facilities which are certified free of RNase, DNase, protease and endotoxin. We use only the highest grade polypropylene with resistance to corrosion from chemicals such as DMSO, phenol, and chloroform.Temperature range: -80°C to 120°C Specification\u003c\/p\u003e\n\u003cp\u003e■ 1.2ml working volume.\u003c\/p\u003e\n\u003cp\u003e■ Half the height of standard deep well plates.\u003c\/p\u003e\n\u003cp\u003e■ SBS footprint.\u003c\/p\u003e\n\u003cp\u003e■ Wide diameter wells.\u003c\/p\u003e\n\u003cp\u003e■ Cross-contamination eliminated by chimney style wells.\u003c\/p\u003e\n\u003cp\u003e■ Alphanumeric coding.\u003c\/p\u003e\n\u003cp\u003e■ Ideal for use with robotic platforms\u003c\/p\u003e\n\u003cp\u003e■ Suitable for barcoding.\u003c\/p\u003e\n\u003cp\u003e■ Stackable and autoclavable.\u003c\/p\u003e\n\u003cp\u003e■ Cap mat available.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1 Case of 5 Plates\u003c\/p\u003e","published_at":"2017-08-02T14:15:51-04:00","created_at":"2017-08-02T14:15:51-04:00","vendor":"Uniscience","type":"Consumables,Featured Product","tags":["Deep-well plates and cap mats"],"price":1900,"price_min":1900,"price_max":1900,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42368548233,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-C20521103","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"1.2ml Deep Well, 96 Round Well Low Profile","public_title":null,"options":["Default Title"],"price":1900,"weight":9,"compare_at_price":null,"inventory_quantity":18,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/d1ca508d34fe5781bdd68923103b0fa9.jpg?v=1527225457"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/d1ca508d34fe5781bdd68923103b0fa9.jpg?v=1527225457","options":["Title"],"media":[{"alt":"1.2ml Deep Well, 96 Round Well Low Profile - Uniscience Corp.","id":239805235288,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/d1ca508d34fe5781bdd68923103b0fa9.jpg?v=1568947400"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/d1ca508d34fe5781bdd68923103b0fa9.jpg?v=1568947400","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003eMicroplates are produced in clean room facilities which are certified free of RNase, DNase, protease and endotoxin. We use only the highest grade polypropylene with resistance to corrosion from chemicals such as DMSO, phenol, and chloroform.Temperature range: -80°C to 120°C Specification\u003c\/p\u003e\n\u003cp\u003e■ 1.2ml working volume.\u003c\/p\u003e\n\u003cp\u003e■ Half the height of standard deep well plates.\u003c\/p\u003e\n\u003cp\u003e■ SBS footprint.\u003c\/p\u003e\n\u003cp\u003e■ Wide diameter wells.\u003c\/p\u003e\n\u003cp\u003e■ Cross-contamination eliminated by chimney style wells.\u003c\/p\u003e\n\u003cp\u003e■ Alphanumeric coding.\u003c\/p\u003e\n\u003cp\u003e■ Ideal for use with robotic platforms\u003c\/p\u003e\n\u003cp\u003e■ Suitable for barcoding.\u003c\/p\u003e\n\u003cp\u003e■ Stackable and autoclavable.\u003c\/p\u003e\n\u003cp\u003e■ Cap mat available.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1 Case of 5 Plates\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$19.00
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{"id":10205312009,"title":"1.2 ml Individual Tubes for Deep Well Plate - Uniscience","handle":"1-2-ml-individual-tubes-for-deep-well-plate","description":"\u003cp\u003eIndividual tubes of Polypropylene Is used in Deep Well plate UNI-C20521101 SBS dimensions. Ideal for automation \/ HTS. 8 × 12 format. Individual tubes, strips of 8 tubes and strips of 12 tubes.\u003c\/p\u003e\n\u003cp\u003ePolypropylene is used for tubes and racks. Strip Caps are polyethylene.\u003c\/p\u003e\n\u003cp\u003eIdeal for: storage, dilution, mixing, harvesting, culture assays, screening.\u003c\/p\u003e\n\u003cp\u003eThis rack and tube system is equally suitable as a reaction vessel in your robotic workstation or as a long-term storage vessel in your sample library.\u003c\/p\u003e\n\u003cp\u003eA clear rack lid is a standard part of this system package. Strip caps are also available.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1000 tubes per bag\u003c\/p\u003e","published_at":"2017-08-02T14:38:07-04:00","created_at":"2017-08-02T14:38:08-04:00","vendor":"Uniscience","type":"Consumables","tags":["Tubes"],"price":1699,"price_min":1699,"price_max":1699,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42369760777,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-C20523201","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"1.2 ml Individual Tubes for Deep Well Plate - Uniscience","public_title":null,"options":["Default Title"],"price":1699,"weight":227,"compare_at_price":null,"inventory_quantity":54,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4c469eba95387754188046fc172b67b5.jpg?v=1527225457"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4c469eba95387754188046fc172b67b5.jpg?v=1527225457","options":["Title"],"media":[{"alt":"1.2 ml Individual Tubes for Deep Well Plate - Uniscience - Uniscience Corp.","id":239836299352,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4c469eba95387754188046fc172b67b5.jpg?v=1568947405"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4c469eba95387754188046fc172b67b5.jpg?v=1568947405","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003eIndividual tubes of Polypropylene Is used in Deep Well plate UNI-C20521101 SBS dimensions. Ideal for automation \/ HTS. 8 × 12 format. Individual tubes, strips of 8 tubes and strips of 12 tubes.\u003c\/p\u003e\n\u003cp\u003ePolypropylene is used for tubes and racks. Strip Caps are polyethylene.\u003c\/p\u003e\n\u003cp\u003eIdeal for: storage, dilution, mixing, harvesting, culture assays, screening.\u003c\/p\u003e\n\u003cp\u003eThis rack and tube system is equally suitable as a reaction vessel in your robotic workstation or as a long-term storage vessel in your sample library.\u003c\/p\u003e\n\u003cp\u003eA clear rack lid is a standard part of this system package. Strip caps are also available.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1000 tubes per bag\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$16.99
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{"id":10205241481,"title":"0.1ml Strip Tubes and Caps - Rotor-Gene Type","handle":"0-1ml-strip-tubes-and-caps","description":"\u003cp\u003eCorbett-Type Strip Tubes and Caps Manufactured with virgin, medical grade polypropylene; no background signal.\u003c\/p\u003e\n\u003cp\u003eRoentgen Compatible\u003c\/p\u003e\n\u003cp\u003eOptically clear caps for (real time) qPCR.\u003c\/p\u003e\n\u003cp\u003eDNase, RNase, DNA, endotoxin and PCR inhibitor free.\u003c\/p\u003e\n\u003cp\u003eConvenient cap and tube combination packs. 4 tube strip and 4 cap strip\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e Packing:\u003c\/strong\u003e Bag with 250 strips with Caps (4 tubes and 4 caps each strip)\u003c\/p\u003e","published_at":"2017-08-02T14:26:25-04:00","created_at":"2017-08-02T14:26:25-04:00","vendor":"Uniscience","type":"Consumables","tags":["PCR Tubes \u0026 Strips"],"price":9999,"price_min":9999,"price_max":9999,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42369119497,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-C2015","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"0.1ml Strip Tubes and Caps - Rotor-Gene Type","public_title":null,"options":["Default Title"],"price":9999,"weight":300,"compare_at_price":null,"inventory_quantity":284,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/02988a43a6b1af1c290ebfaad18b926a.jpg?v=1579566084"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/02988a43a6b1af1c290ebfaad18b926a.jpg?v=1579566084","options":["Title"],"media":[{"alt":"0.1ml Strip Tubes and Caps -Rotor-Gene Type - Uniscience Corp.","id":239822700632,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/02988a43a6b1af1c290ebfaad18b926a.jpg?v=1568947403"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/02988a43a6b1af1c290ebfaad18b926a.jpg?v=1568947403","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003eCorbett-Type Strip Tubes and Caps Manufactured with virgin, medical grade polypropylene; no background signal.\u003c\/p\u003e\n\u003cp\u003eRoentgen Compatible\u003c\/p\u003e\n\u003cp\u003eOptically clear caps for (real time) qPCR.\u003c\/p\u003e\n\u003cp\u003eDNase, RNase, DNA, endotoxin and PCR inhibitor free.\u003c\/p\u003e\n\u003cp\u003eConvenient cap and tube combination packs. 4 tube strip and 4 cap strip\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e Packing:\u003c\/strong\u003e Bag with 250 strips with Caps (4 tubes and 4 caps each strip)\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$99.99
translation missing: en.products.product.regular_price
$2,585.00
Sold Out
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{"id":749460488280,"title":"Digtor 22R Centrifuge","handle":"digtor-22r-centrifuge","description":"\u003ch2\u003eDigtor 22R\u003c\/h2\u003e\n\u003cdiv class=\"main-content\"\u003e\n\u003cdiv class=\"row\"\u003e\n\u003cdiv class=\"col-md-9 col-xs-12\"\u003e\n\u003cp class=\"p1\"\u003e\u003cstrong\u003e\u003cspan class=\"s1\" style=\"color: #ff0000;\"\u003eMax. capacity:\u003c\/span\u003e\u003c\/strong\u003e 4 x 750 ml.\u003cbr\u003e \u003cstrong\u003e\u003cspan class=\"s1\" style=\"color: #ff0000;\"\u003eMax. speed: \u003c\/span\u003e\u003c\/strong\u003e21.948 xg \/ 14.300 RPM\u003c\/p\u003e\n\u003cp class=\"p3\"\u003eBenchtop centrifuge with large capacity and high perShapence. With a wide range of accessories to process tubes from 750 ml. to 0,2 ml. in more than 12 rotors, both angle fixed and swing out. It has more than 50 different sets of adaptors, giving it great versatility. This equipment is the culmination of the merger of high capacity and high speed equipment, resulting in a routine use centrifuge with some specifications characteristic of superior level models. Its colour TFT touch screen offers perShapence that permits, in addition to controlling the equipment by operational parameters, the possibility of exporting data for analysis and timer programmed operation.\u003c\/p\u003e\n\u003cp class=\"p3\"\u003eThe autonomy provided by this equipment enables the user to optimise working time in the lab, by automation of cycles and modes of operation. These features also ensure process traceability and the assurance that no parameter is uncontrolled.\u003c\/p\u003e\n\u003ch2\u003eFeatures\u003c\/h2\u003e\n\u003cdiv id=\"content-carac-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"carac-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cp class=\"p1\"\u003e\u003cb\u003eTFT color touch screen, visible from more than 3 m.:\u003c\/b\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli class=\"p2\"\u003eShows RPM and RCF, time, acceleration\/deceleration values (PCBS) and unbalancing location system (ULS).\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eSpeed programming in 10 RPM\/10 xg steps.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eReal RCF values on screen based in accessories configuration.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eCount up\/down from “0” or at “set RPM\/RCF” for test reproducibility.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eTimer countdown\/up from “0” or at “set RPM\/ RCF” for reproducible tests.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eTimer from 1 min to 99 hours programmable in 1 sec. steps and hold position.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003ePCBS: Progressive controlled acceleration and braking system up to 175 selectable ramps that prevents sample homogenization after separation.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eULS: Unbalancing location system indicating on the screen the number of the bucket which produces the unbalance switch off.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003e40 programmable memories, with protection under password.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eSeveral acoustic and visual messages warning the user the device situation.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eUser Friendliness\u003c\/h2\u003e\n\u003cdiv id=\"content-func-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"func-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eMicroprocessor controlled. PC connection.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eInduction motor maintenance free (brushless).\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eRotors and adapters list on memory.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eNoise level: below 60 dB.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eStart, stop, open lid and short spin with adjustable speed buttons.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eOption of free\/locked adjustment of RPM\/ RCF along the run.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eAutomatic open lid, programmable.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eLast values remain in memory.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eAutomatic rotor recognition. Over-speed protection.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eSafety\u003c\/h2\u003e\n\u003cdiv id=\"content-seg-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"seg-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eLid provided with security systems:\u003cbr\u003e – Automatic lid lock system, motorized with double lock.\u003cbr\u003e – Emergency lid-lock release.\u003cbr\u003e – Locking and protection against opening along the run.\u003cbr\u003e – Lid dropping protection.\u003cbr\u003e – Port in the lid for calibration and operation checking.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eUnbalance detection and switch off.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eProtection safety ring between the centrifugation chamber and the housing.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eChamber of centrifugation in stainless steel (easy cleaning).\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eRotors can be removed with the lid closed.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eRotors and adapters autoclavable, easy to install by the user.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eForced ventilation to reduce temperature increasing.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eAutomatic disconnection for energy saving up to 8 h., with deactivation option.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eCooling\u003c\/h2\u003e\n\u003cdiv id=\"content-refrig-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"refrig-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eRemains the refrigeration after centrifugation process.\u003cspan class=\"Apple-converted-space\"\u003e \u003c\/span\u003e\n\u003c\/li\u003e\n\u003cli class=\"p1\"\u003ePrecooling program with rotor spinning and temperature selectable.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eGuarantee 4 °C at maximum RPM.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eTemperature range from -20°C (-4°F) to 40°C (104°F) in 1°C\/1°F steps. Programmable in °C o °F.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eTemperature sensor inside the chamber.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eGas R 449A HFO (CFC free).\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003c\/div\u003e\n\u003ch2\u003eStandards and Directives\u003c\/h2\u003e\n\u003cp\u003e\u003cb\u003eEU Directives:\u003c\/b\u003e 2011\/65\/EU, 2012\/19\/EU, 2014\/30\/EU, 2014\/35\/EU, 98\/79\/EC.\u003cbr\u003e \u003cb\u003eRegulation n°:\u003c\/b\u003e (EC) 1005\/2009, (EU) 517\/2014.\u003cbr\u003e \u003cb\u003eStandards:\u003c\/b\u003e EN 61010-1, EN 61010-2-020, EN 61326-2-6,\u003cspan class=\"Apple-converted-space\"\u003e \u003c\/span\u003eEN 61326-1.\u003c\/p\u003e\n\u003ch2\u003eVersions\u003c\/h2\u003e\n\u003c\/div\u003e\n\u003cdiv class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"seg-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003ctable class=\"versiones\"\u003e\n\u003cthead\u003e\n\u003ctr class=\"odd\"\u003e\n\u003ctd\u003e\u003c\/td\u003e\n\u003ctd colspan=\"3\"\u003eDimensions (mm)(w x d x h)\u003c\/td\u003e\n\u003ctd\u003eNet weight (Kg)\u003c\/td\u003e\n\u003ctd\u003eVoltage\u003cbr\u003e (V)\u003c\/td\u003e\n\u003ctd\u003eFrecuency\u003cbr\u003e (Hz)\u003c\/td\u003e\n\u003ctd\u003eConsumption\u003cbr\u003e (W)\u003c\/td\u003e\n\u003ctd\u003eZ max Advisable(Hz)\u003c\/td\u003e\n\u003c\/tr\u003e\n\u003c\/thead\u003e\n\u003ctbody\u003e\n\u003ctr class=\"even\"\u003e\n\u003ctd\u003eCE 189\u003c\/td\u003e\n\u003ctd\u003e720\u003c\/td\u003e\n\u003ctd\u003e805\u003c\/td\u003e\n\u003ctd\u003e390\u003c\/td\u003e\n\u003ctd\u003e95\u003c\/td\u003e\n\u003ctd\u003e220-230\u003c\/td\u003e\n\u003ctd\u003e50-60\u003c\/td\u003e\n\u003ctd\u003e1050\u003c\/td\u003e\n\u003ctd\u003e\u0026lt;|0,446|\u003c\/td\u003e\n\u003c\/tr\u003e\n\u003ctr class=\"odd\"\u003e\n\u003ctd\u003eCE 190\u003c\/td\u003e\n\u003ctd\u003e720\u003c\/td\u003e\n\u003ctd\u003e805\u003c\/td\u003e\n\u003ctd\u003e390\u003c\/td\u003e\n\u003ctd\u003e95\u003c\/td\u003e\n\u003ctd\u003e110-120\u003c\/td\u003e\n\u003ctd\u003e50-60\u003c\/td\u003e\n\u003ctd\u003e1050\u003c\/td\u003e\n\u003ctd\u003e\u0026lt;|0,446|\u003c\/td\u003e\n\u003c\/tr\u003e\n\u003c\/tbody\u003e\n\u003c\/table\u003e\n\u003c\/div\u003e\n\u003cdiv class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"seg-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e \n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/digtor22.pdf?16447850215789582816\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cstrong\u003e\u003cspan style=\"color: #ff9900;\"\u003eDownload Datasheet\u003c\/span\u003e\u003c\/strong\u003e\u003c\/a\u003e\u003c\/p\u003e\n\u003ch2\u003eComparable Rotors\u003c\/h2\u003e\n\u003cdiv class=\"lptw-container masonry\" id=\"lptw-grid-63186\" style=\"position: relative; height: 1640px;\"\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-191-1-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/rt191.jpg\" alt=\"RT 191 (1)(4)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-191-1-en\/\" target=\"_self\"\u003eRT 191 (1)(4)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 x 750 ml.\u003cbr\u003e RPM Max: 3.700\u003cbr\u003e Radio (mm): 204\u003cbr\u003e RCF Max. (xg): 3.122\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 210px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-192-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-192.jpg\" alt=\"RT 192\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-192-en\/\" target=\"_self\"\u003eRT 192\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 x 250 ml.\u003cbr\u003e RPM Max.: 4.200\u003cbr\u003e Radius (mm): 202\u003cbr\u003e RCF Max. (xg): 3.984\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 421px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-195-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-195.jpg\" alt=\"RT 195\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-195-en\/\" target=\"_self\"\u003eRT 195\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 104 x 5 ml.\u003cbr\u003e RPM Max.: 3.800\u003cbr\u003e Radius (mm): 185\u003cbr\u003e RCF Max. (xg): 2.987\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 632px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rt-197-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-197.jpg\" alt=\"RT 197\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rt-197-en\/\" target=\"_self\"\u003eRT 197\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 45º\u003cbr\u003e Max. capacity: 8 x 50 ml.\u003cbr\u003e RPM Max.: 6.000\u003cbr\u003e Radius (mm): 149\u003cbr\u003e RCF Max. (xg): 5.997\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-198-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-198.jpg\" alt=\"RT 198\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-198-en\/\" target=\"_self\"\u003eRT 198\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 45º\u003cbr\u003e Max. capacity: 4 x 100 ml.\u003cbr\u003e RPM Max.: 5.600\u003cbr\u003e Radius (mm): 138\u003cbr\u003e RCF Max. (xg): 4.838\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 210px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-199-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-199.jpg\" alt=\"RT 199\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-199-en\/\" target=\"_self\"\u003eRT 199\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 30º\u003cbr\u003e Max. capacity: 4 x 250 ml.\u003cbr\u003e RPM Max.: 4.700\u003cbr\u003e Radius (mm): 153\u003cbr\u003e RCF Max. (xg): 3.779\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 421px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-201-1-2-4-5-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-201.jpg\" alt=\"RT 201 (1)(2)(4)(5)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-201-1-2-4-5-en\/\" target=\"_self\"\u003eRT 201 (1)(2)(4)(5)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 blood bags\u003cbr\u003e RPM Max.: 3.700\u003cbr\u003e Radius (mm): 204\u003cbr\u003e RCF Max. (xg): 3.122\u003cbr\u003e *Only available for refrigerated models.\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 632px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-202-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-202.jpg\" alt=\"RT 202 (4)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-202-en\/\" target=\"_self\"\u003eRT 202 (4)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 12\/8\/4 microtiter\u003cbr\u003e RPM Max.: 3.700\u003cbr\u003e Radius (mm): 182\u003cbr\u003e RCF Max. (xg): 2.786\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-206-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-206.jpg\" alt=\"RT 206\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-206-en\/\" target=\"_self\"\u003eRT 206\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 45º\u003cbr\u003e Max. capacity: 30 x 1,5-2 ml.\u003cbr\u003e RPM Max.: 14.300\u003cbr\u003e Radius (mm): 96\u003cbr\u003e RCF Max. (xg): 21.948\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 210px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-238-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-238.jpg\" alt=\"RT 238\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-238-en\/\" target=\"_self\"\u003eRT 238\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 30º\u003cbr\u003e Max. capacity: 6 x 85 ml.\u003cbr\u003e RPM Max.: 9.000\u003cbr\u003e Radius (mm): 112\u003cbr\u003e RCF Max. (xg): 10.142\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 421px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/consul-22-r\/rt-245-4-5\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2016\/12\/RT245.jpg\" alt=\"RT 245 (2)(3)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/consul-22-r\/rt-245-4-5\/\" target=\"_self\"\u003eRT 245 (2)(3)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out \u003cbr\u003e Max. capacity: 10\/6\/2\/2 microtiter\u003cbr\u003e RPM Max.: 4.500\u003cbr\u003e Radius (mm): 166\u003cbr\u003e RCF Max. (xg): 3.758\u003cbr\u003e *Only available for refrigerated models.\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 632px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/digtor-22r\/rt-250d-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2016\/12\/blanco.jpg\" alt=\"RT 250\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/digtor-22r\/rt-250d-en\/\" target=\"_self\"\u003eRT 250\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 x 250 ml.\u003cbr\u003e RPM Max.: 4.000\u003cbr\u003e Radius (mm): 206 \u003cbr\u003e RCF Max. (xg): 3.756\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 1230px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-264-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-264.jpg\" alt=\"RT 264\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-264-en\/\" target=\"_self\"\u003eRT 264\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 6 x 250 ml.\u003cbr\u003e RPM Max.: 2.500\u003cbr\u003e Radius (mm): 212\u003cbr\u003e RCF Max. (xg): 1.481\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e","published_at":"2018-04-25T17:44:40-04:00","created_at":"2018-04-25T18:03:44-04:00","vendor":"Orto Alresa","type":"Equipment","tags":["General Application Centrifuges (Ventilated and Refrigerated)"],"price":0,"price_min":0,"price_max":0,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":8127802769496,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"Digtor22R","requires_shipping":true,"taxable":true,"featured_image":null,"available":true,"name":"Digtor 22R Centrifuge","public_title":null,"options":["Default Title"],"price":0,"weight":45359,"compare_at_price":null,"inventory_quantity":1,"inventory_management":null,"inventory_policy":"continue","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/Digtor_22_R.jpg?v=1527225516"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/Digtor_22_R.jpg?v=1527225516","options":["Title"],"media":[{"alt":"Digtor 22R Centrifuge - Uniscience Corp.","id":728681939032,"position":1,"preview_image":{"aspect_ratio":1.191,"height":3813,"width":4541,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/Digtor_22_R.jpg?v=1569053821"},"aspect_ratio":1.191,"height":3813,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/Digtor_22_R.jpg?v=1569053821","width":4541}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003ch2\u003eDigtor 22R\u003c\/h2\u003e\n\u003cdiv class=\"main-content\"\u003e\n\u003cdiv class=\"row\"\u003e\n\u003cdiv class=\"col-md-9 col-xs-12\"\u003e\n\u003cp class=\"p1\"\u003e\u003cstrong\u003e\u003cspan class=\"s1\" style=\"color: #ff0000;\"\u003eMax. capacity:\u003c\/span\u003e\u003c\/strong\u003e 4 x 750 ml.\u003cbr\u003e \u003cstrong\u003e\u003cspan class=\"s1\" style=\"color: #ff0000;\"\u003eMax. speed: \u003c\/span\u003e\u003c\/strong\u003e21.948 xg \/ 14.300 RPM\u003c\/p\u003e\n\u003cp class=\"p3\"\u003eBenchtop centrifuge with large capacity and high perShapence. With a wide range of accessories to process tubes from 750 ml. to 0,2 ml. in more than 12 rotors, both angle fixed and swing out. It has more than 50 different sets of adaptors, giving it great versatility. This equipment is the culmination of the merger of high capacity and high speed equipment, resulting in a routine use centrifuge with some specifications characteristic of superior level models. Its colour TFT touch screen offers perShapence that permits, in addition to controlling the equipment by operational parameters, the possibility of exporting data for analysis and timer programmed operation.\u003c\/p\u003e\n\u003cp class=\"p3\"\u003eThe autonomy provided by this equipment enables the user to optimise working time in the lab, by automation of cycles and modes of operation. These features also ensure process traceability and the assurance that no parameter is uncontrolled.\u003c\/p\u003e\n\u003ch2\u003eFeatures\u003c\/h2\u003e\n\u003cdiv id=\"content-carac-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"carac-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cp class=\"p1\"\u003e\u003cb\u003eTFT color touch screen, visible from more than 3 m.:\u003c\/b\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli class=\"p2\"\u003eShows RPM and RCF, time, acceleration\/deceleration values (PCBS) and unbalancing location system (ULS).\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eSpeed programming in 10 RPM\/10 xg steps.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eReal RCF values on screen based in accessories configuration.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eCount up\/down from “0” or at “set RPM\/RCF” for test reproducibility.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eTimer countdown\/up from “0” or at “set RPM\/ RCF” for reproducible tests.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eTimer from 1 min to 99 hours programmable in 1 sec. steps and hold position.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003ePCBS: Progressive controlled acceleration and braking system up to 175 selectable ramps that prevents sample homogenization after separation.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eULS: Unbalancing location system indicating on the screen the number of the bucket which produces the unbalance switch off.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003e40 programmable memories, with protection under password.\u003c\/li\u003e\n\u003cli class=\"p2\"\u003eSeveral acoustic and visual messages warning the user the device situation.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eUser Friendliness\u003c\/h2\u003e\n\u003cdiv id=\"content-func-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"func-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eMicroprocessor controlled. PC connection.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eInduction motor maintenance free (brushless).\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eRotors and adapters list on memory.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eNoise level: below 60 dB.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eStart, stop, open lid and short spin with adjustable speed buttons.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eOption of free\/locked adjustment of RPM\/ RCF along the run.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eAutomatic open lid, programmable.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eLast values remain in memory.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eAutomatic rotor recognition. Over-speed protection.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eSafety\u003c\/h2\u003e\n\u003cdiv id=\"content-seg-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"seg-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eLid provided with security systems:\u003cbr\u003e – Automatic lid lock system, motorized with double lock.\u003cbr\u003e – Emergency lid-lock release.\u003cbr\u003e – Locking and protection against opening along the run.\u003cbr\u003e – Lid dropping protection.\u003cbr\u003e – Port in the lid for calibration and operation checking.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eUnbalance detection and switch off.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eProtection safety ring between the centrifugation chamber and the housing.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eChamber of centrifugation in stainless steel (easy cleaning).\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eRotors can be removed with the lid closed.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eRotors and adapters autoclavable, easy to install by the user.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eForced ventilation to reduce temperature increasing.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eAutomatic disconnection for energy saving up to 8 h., with deactivation option.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eCooling\u003c\/h2\u003e\n\u003cdiv id=\"content-refrig-acordeon\" class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"refrig-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003cul\u003e\n\u003cli class=\"p1\"\u003eRemains the refrigeration after centrifugation process.\u003cspan class=\"Apple-converted-space\"\u003e \u003c\/span\u003e\n\u003c\/li\u003e\n\u003cli class=\"p1\"\u003ePrecooling program with rotor spinning and temperature selectable.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eGuarantee 4 °C at maximum RPM.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eTemperature range from -20°C (-4°F) to 40°C (104°F) in 1°C\/1°F steps. Programmable in °C o °F.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eTemperature sensor inside the chamber.\u003c\/li\u003e\n\u003cli class=\"p1\"\u003eGas R 449A HFO (CFC free).\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003c\/div\u003e\n\u003ch2\u003eStandards and Directives\u003c\/h2\u003e\n\u003cp\u003e\u003cb\u003eEU Directives:\u003c\/b\u003e 2011\/65\/EU, 2012\/19\/EU, 2014\/30\/EU, 2014\/35\/EU, 98\/79\/EC.\u003cbr\u003e \u003cb\u003eRegulation n°:\u003c\/b\u003e (EC) 1005\/2009, (EU) 517\/2014.\u003cbr\u003e \u003cb\u003eStandards:\u003c\/b\u003e EN 61010-1, EN 61010-2-020, EN 61326-2-6,\u003cspan class=\"Apple-converted-space\"\u003e \u003c\/span\u003eEN 61326-1.\u003c\/p\u003e\n\u003ch2\u003eVersions\u003c\/h2\u003e\n\u003c\/div\u003e\n\u003cdiv class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"seg-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e\n\u003ctable class=\"versiones\"\u003e\n\u003cthead\u003e\n\u003ctr class=\"odd\"\u003e\n\u003ctd\u003e\u003c\/td\u003e\n\u003ctd colspan=\"3\"\u003eDimensions (mm)(w x d x h)\u003c\/td\u003e\n\u003ctd\u003eNet weight (Kg)\u003c\/td\u003e\n\u003ctd\u003eVoltage\u003cbr\u003e (V)\u003c\/td\u003e\n\u003ctd\u003eFrecuency\u003cbr\u003e (Hz)\u003c\/td\u003e\n\u003ctd\u003eConsumption\u003cbr\u003e (W)\u003c\/td\u003e\n\u003ctd\u003eZ max Advisable(Hz)\u003c\/td\u003e\n\u003c\/tr\u003e\n\u003c\/thead\u003e\n\u003ctbody\u003e\n\u003ctr class=\"even\"\u003e\n\u003ctd\u003eCE 189\u003c\/td\u003e\n\u003ctd\u003e720\u003c\/td\u003e\n\u003ctd\u003e805\u003c\/td\u003e\n\u003ctd\u003e390\u003c\/td\u003e\n\u003ctd\u003e95\u003c\/td\u003e\n\u003ctd\u003e220-230\u003c\/td\u003e\n\u003ctd\u003e50-60\u003c\/td\u003e\n\u003ctd\u003e1050\u003c\/td\u003e\n\u003ctd\u003e\u0026lt;|0,446|\u003c\/td\u003e\n\u003c\/tr\u003e\n\u003ctr class=\"odd\"\u003e\n\u003ctd\u003eCE 190\u003c\/td\u003e\n\u003ctd\u003e720\u003c\/td\u003e\n\u003ctd\u003e805\u003c\/td\u003e\n\u003ctd\u003e390\u003c\/td\u003e\n\u003ctd\u003e95\u003c\/td\u003e\n\u003ctd\u003e110-120\u003c\/td\u003e\n\u003ctd\u003e50-60\u003c\/td\u003e\n\u003ctd\u003e1050\u003c\/td\u003e\n\u003ctd\u003e\u0026lt;|0,446|\u003c\/td\u003e\n\u003c\/tr\u003e\n\u003c\/tbody\u003e\n\u003c\/table\u003e\n\u003c\/div\u003e\n\u003cdiv class=\"accordion-content\" role=\"tabpanel\" aria-labelledby=\"seg-acordeon\" aria-hidden=\"false\" style=\"display: block;\"\u003e \n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/digtor22.pdf?16447850215789582816\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cstrong\u003e\u003cspan style=\"color: #ff9900;\"\u003eDownload Datasheet\u003c\/span\u003e\u003c\/strong\u003e\u003c\/a\u003e\u003c\/p\u003e\n\u003ch2\u003eComparable Rotors\u003c\/h2\u003e\n\u003cdiv class=\"lptw-container masonry\" id=\"lptw-grid-63186\" style=\"position: relative; height: 1640px;\"\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-191-1-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/rt191.jpg\" alt=\"RT 191 (1)(4)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-191-1-en\/\" target=\"_self\"\u003eRT 191 (1)(4)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 x 750 ml.\u003cbr\u003e RPM Max: 3.700\u003cbr\u003e Radio (mm): 204\u003cbr\u003e RCF Max. (xg): 3.122\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 210px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-192-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-192.jpg\" alt=\"RT 192\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-192-en\/\" target=\"_self\"\u003eRT 192\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 x 250 ml.\u003cbr\u003e RPM Max.: 4.200\u003cbr\u003e Radius (mm): 202\u003cbr\u003e RCF Max. (xg): 3.984\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 421px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-195-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-195.jpg\" alt=\"RT 195\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-195-en\/\" target=\"_self\"\u003eRT 195\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 104 x 5 ml.\u003cbr\u003e RPM Max.: 3.800\u003cbr\u003e Radius (mm): 185\u003cbr\u003e RCF Max. (xg): 2.987\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 632px; top: 0px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rt-197-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-197.jpg\" alt=\"RT 197\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rt-197-en\/\" target=\"_self\"\u003eRT 197\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 45º\u003cbr\u003e Max. capacity: 8 x 50 ml.\u003cbr\u003e RPM Max.: 6.000\u003cbr\u003e Radius (mm): 149\u003cbr\u003e RCF Max. (xg): 5.997\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-198-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-198.jpg\" alt=\"RT 198\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-198-en\/\" target=\"_self\"\u003eRT 198\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 45º\u003cbr\u003e Max. capacity: 4 x 100 ml.\u003cbr\u003e RPM Max.: 5.600\u003cbr\u003e Radius (mm): 138\u003cbr\u003e RCF Max. (xg): 4.838\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 210px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-199-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-199.jpg\" alt=\"RT 199\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-199-en\/\" target=\"_self\"\u003eRT 199\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 30º\u003cbr\u003e Max. capacity: 4 x 250 ml.\u003cbr\u003e RPM Max.: 4.700\u003cbr\u003e Radius (mm): 153\u003cbr\u003e RCF Max. (xg): 3.779\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 421px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-201-1-2-4-5-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-201.jpg\" alt=\"RT 201 (1)(2)(4)(5)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-201-1-2-4-5-en\/\" target=\"_self\"\u003eRT 201 (1)(2)(4)(5)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 blood bags\u003cbr\u003e RPM Max.: 3.700\u003cbr\u003e Radius (mm): 204\u003cbr\u003e RCF Max. (xg): 3.122\u003cbr\u003e *Only available for refrigerated models.\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 632px; top: 410px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-202-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-202.jpg\" alt=\"RT 202 (4)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-202-en\/\" target=\"_self\"\u003eRT 202 (4)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 12\/8\/4 microtiter\u003cbr\u003e RPM Max.: 3.700\u003cbr\u003e Radius (mm): 182\u003cbr\u003e RCF Max. (xg): 2.786\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-206-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-206.jpg\" alt=\"RT 206\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-206-en\/\" target=\"_self\"\u003eRT 206\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 45º\u003cbr\u003e Max. capacity: 30 x 1,5-2 ml.\u003cbr\u003e RPM Max.: 14.300\u003cbr\u003e Radius (mm): 96\u003cbr\u003e RCF Max. (xg): 21.948\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 210px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-238-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/03\/RT-238.jpg\" alt=\"RT 238\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rconsul-21e\/rt-238-en\/\" target=\"_self\"\u003eRT 238\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Angle fixed 30º\u003cbr\u003e Max. capacity: 6 x 85 ml.\u003cbr\u003e RPM Max.: 9.000\u003cbr\u003e Radius (mm): 112\u003cbr\u003e RCF Max. (xg): 10.142\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 421px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/consul-22-r\/rt-245-4-5\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2016\/12\/RT245.jpg\" alt=\"RT 245 (2)(3)\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/consul-22-r\/rt-245-4-5\/\" target=\"_self\"\u003eRT 245 (2)(3)\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out \u003cbr\u003e Max. capacity: 10\/6\/2\/2 microtiter\u003cbr\u003e RPM Max.: 4.500\u003cbr\u003e Radius (mm): 166\u003cbr\u003e RCF Max. (xg): 3.758\u003cbr\u003e *Only available for refrigerated models.\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 632px; top: 820px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/digtor-22r\/rt-250d-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2016\/12\/blanco.jpg\" alt=\"RT 250\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/digtor-22r\/rt-250d-en\/\" target=\"_self\"\u003eRT 250\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 4 x 250 ml.\u003cbr\u003e RPM Max.: 4.000\u003cbr\u003e Radius (mm): 206 \u003cbr\u003e RCF Max. (xg): 3.756\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003carticle class=\"grid-layout lptw-grid-element grid-element-no-overlay masonry-brick\" style=\"margin-bottom: 10px; height: 400px; width: 24%; position: absolute; left: 0px; top: 1230px;\"\u003e\n\u003cheader\u003e\n\u003cdiv class=\"lptw-post-grid-link\"\u003e\u003ca href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-264-en\/\"\u003e\u003cimg src=\"https:\/\/ortoalresa.com\/wp-content\/uploads\/2017\/05\/RT-264.jpg\" alt=\"RT 264\" width=\"178\" height=\"178\"\u003e\u003c\/a\u003e\u003c\/div\u003e\n\u003cdiv class=\"lptw-post-header\"\u003e\u003ca class=\"lptw-post-title title-no-overlay\" href=\"https:\/\/ortoalresa.com\/en\/rotors\/rdigtor-21e\/rt-264-en\/\" target=\"_self\"\u003eRT 264\u003c\/a\u003e\u003c\/div\u003e\n\u003c\/header\u003e\n\u003csection\u003e\n\u003cdiv class=\"post-excerpt content-no-overlay\"\u003e\n\u003cdiv\u003e\n\u003cp style=\"font-size: 12px!important;\"\u003eRotor: Swing out\u003cbr\u003e Max. capacity: 6 x 250 ml.\u003cbr\u003e RPM Max.: 2.500\u003cbr\u003e Radius (mm): 212\u003cbr\u003e RCF Max. (xg): 1.481\u003c\/p\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/section\u003e\n\u003c\/article\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e\n\u003c\/div\u003e"}
translation missing: en.products.product.regular_price
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Equipments - Liquid Handling
translation missing: en.products.product.regular_price
$374.99
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UniPette Tetra Pipette Kit Fully autoclavable at 121°C ■ Lightweight and ergonomic design ■ Clear digital display ■ Integral tip ejector for access into narrow...
translation missing: en.products.product.regular_price
$274.99
UniPette Trio Pipette Kit Fully autoclavable at 121°C ■ Lightweight and ergonomic design ■ Clear digital display ■ Integral tip ejector for access into narrow...
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{"id":10205420361,"title":"UniPette Trio Kit","handle":"unipette-trio-kit","description":"\u003cp\u003eUniPette Trio Pipette Kit\u003c\/p\u003e\n\u003cp\u003eFully autoclavable at 121°C\u003c\/p\u003e\n\u003cp\u003e■ Lightweight and ergonomic design\u003c\/p\u003e\n\u003cp\u003e■ Clear digital display\u003c\/p\u003e\n\u003cp\u003e■ Integral tip ejector for access into narrow tubes\u003c\/p\u003e\n\u003cp\u003e■ Easy to calibrate and maintain with tool supplied\u003c\/p\u003e\n\u003cp\u003e■ Autoclavable tip-cone\u003c\/p\u003e\n\u003cp\u003e■ Used with 'universal' pipette tips\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eINSIDE PACKAGE: \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e01 - Linear stand (up to 6 pipettes)\u003c\/p\u003e\n\u003cp\u003e01 - Pipette 0.5 - 10μl\u003c\/p\u003e\n\u003cp\u003e01 - Pipette 10 - 100μl\u003c\/p\u003e\n\u003cp\u003e01 - Pipette 100 - 1000μl\u003c\/p\u003e\n\u003cp\u003e01 - Racked tip 200μl - Yellow\u003c\/p\u003e\n\u003cp\u003e01 - Racked tip 1000μl - Blue\u003c\/p\u003e\n\u003cp\u003e01 - Racked tip 10μl\u003c\/p\u003e\n\u003cp\u003e01 - Uniscience Timer\u003c\/p\u003e","published_at":"2017-08-02T14:55:23-04:00","created_at":"2017-08-02T14:55:23-04:00","vendor":"Uniscience","type":"Equipment,Featured Product","tags":["Liquid Handling","Pipettes"],"price":27499,"price_min":27499,"price_max":27499,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42370754249,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-E0132","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"UniPette Trio Kit","public_title":null,"options":["Default Title"],"price":27499,"weight":2722,"compare_at_price":null,"inventory_quantity":1,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/ab60fc40cb0e94a837b16ce5de3a7faf.jpg?v=1527227354"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/ab60fc40cb0e94a837b16ce5de3a7faf.jpg?v=1527227354","options":["Title"],"media":[{"alt":"UniPette Trio Kit - Uniscience Corp.","id":239862382680,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/ab60fc40cb0e94a837b16ce5de3a7faf.jpg?v=1568947409"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/ab60fc40cb0e94a837b16ce5de3a7faf.jpg?v=1568947409","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003eUniPette Trio Pipette Kit\u003c\/p\u003e\n\u003cp\u003eFully autoclavable at 121°C\u003c\/p\u003e\n\u003cp\u003e■ Lightweight and ergonomic design\u003c\/p\u003e\n\u003cp\u003e■ Clear digital display\u003c\/p\u003e\n\u003cp\u003e■ Integral tip ejector for access into narrow tubes\u003c\/p\u003e\n\u003cp\u003e■ Easy to calibrate and maintain with tool supplied\u003c\/p\u003e\n\u003cp\u003e■ Autoclavable tip-cone\u003c\/p\u003e\n\u003cp\u003e■ Used with 'universal' pipette tips\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eINSIDE PACKAGE: \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e01 - Linear stand (up to 6 pipettes)\u003c\/p\u003e\n\u003cp\u003e01 - Pipette 0.5 - 10μl\u003c\/p\u003e\n\u003cp\u003e01 - Pipette 10 - 100μl\u003c\/p\u003e\n\u003cp\u003e01 - Pipette 100 - 1000μl\u003c\/p\u003e\n\u003cp\u003e01 - Racked tip 200μl - Yellow\u003c\/p\u003e\n\u003cp\u003e01 - Racked tip 1000μl - Blue\u003c\/p\u003e\n\u003cp\u003e01 - Racked tip 10μl\u003c\/p\u003e\n\u003cp\u003e01 - Uniscience Timer\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$159.99
Uniscience Pipette Controller is a powerful, lightweight and ergonomically designed pipetting controller for all commonly used glass or plastic pipettes. Our Pipette Controller has received...
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{"id":10205537545,"title":"Pipette Controller - Uniscience","handle":"pipette-controller","description":"\u003cp\u003eUniscience Pipette Controller is a powerful, lightweight and ergonomically designed pipetting controller for all commonly used glass or plastic pipettes. Our Pipette Controller has received over whelming response since its launch in 2008 and has been well accepted for its unique advantages to the end user.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeatures:\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003ePowerful yet quite pump can fill 25 ml pipette under 4 seconds Soft grip push buttons Autoclavable pipette cone Double Safety valve and hydrophobic filters provide double protection against fluid penetration Two different speed modes – High, Low along with Gravity drain. 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Our Pipette Controller has received over whelming response since its launch in 2008 and has been well accepted for its unique advantages to the end user.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeatures:\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003ePowerful yet quite pump can fill 25 ml pipette under 4 seconds Soft grip push buttons Autoclavable pipette cone Double Safety valve and hydrophobic filters provide double protection against fluid penetration Two different speed modes – High, Low along with Gravity drain. The pump speed can also be fine-tuned by varying finger pressure on operating knobs for better control of speed Cadmium Free environment friendly NiMH batteries Batteries can be changed very easily by the end user The intelligent charger prevents over charging \/ heating of batteries Low battery indicator The specially designed desktop stand enables the Pipette Controller to be charged while resting on it The Pipette Controller can hold the serological pipette while resting on the desktop stand\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eTechnical Specifications: \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003ePower 2 x 1.2 V \/ 1000 mAh rechargeable NiMH batteries.\u003c\/p\u003e\n\u003cp\u003eBattery usage Duration Eight hours continuous use\u003c\/p\u003e\n\u003cp\u003eBattery Charging Duration 2 – 3 hours to charge fully\u003c\/p\u003e\n\u003cp\u003eVolumetric Range Plastic or Glass pipette from 0.1 ml up to 200 ml\u003c\/p\u003e\n\u003cp\u003eSafety System Replaceable hydrophobic 0.45 µm PTFE filter Safety check valve\u003c\/p\u003e\n\u003cp\u003eStandard Accessories Battery Charger\u003c\/p\u003e\n\u003cp\u003eHydrophobic PTFE membrane Filter 0.45 µm – 1Pc\u003c\/p\u003e\n\u003cp\u003eHydrophobic PTFE membrane Filter 0.20 µm – 1Pc\u003c\/p\u003e\n\u003cp\u003eWall mounting stand with screw Desktop stand\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eAccessories:\u003c\/strong\u003e Power Charger Desktop stand Wall mount bracket Two spare membrane filters: 0.2um and 0.45um Manual and warranty card\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e Pipette Controller and Accessories\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$399.99
Lightweight and ergonomic design UniPette micro-pipette ■ Fully autoclavable ■ Clear digital display ■ Staggered tip ejector for easy tip ejection ■ Head rotates 360° for...
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{"id":10205402505,"title":"UniPette micropipette (12-channel) autoclavable - 0.5-10μl - Uniscience","handle":"unipette-micropipette-12-channel-autoclavable-0-5-10-l","description":"\u003cp\u003eLightweight and ergonomic design UniPette micro-pipette\u003c\/p\u003e\n\u003cp\u003e■ Fully autoclavable\u003c\/p\u003e\n\u003cp\u003e■ Clear digital display\u003c\/p\u003e\n\u003cp\u003e■ Staggered tip ejector for easy tip ejection\u003c\/p\u003e\n\u003cp\u003e■ Head rotates 360° for user comfort\u003c\/p\u003e\n\u003cp\u003e■ Easy to calibrate with tool supplied\u003c\/p\u003e\n\u003cp\u003e■ Used with 'universal' pipette tip\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking: \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e1 Pipette 0.5-10μl, Single Stand, Calibration Tool and Lubrication Fluid.\u003c\/p\u003e","published_at":"2017-08-02T14:52:19-04:00","created_at":"2017-08-02T14:52:19-04:00","vendor":"Uniscience","type":"Equipment,Featured Product","tags":["Liquid Handling","Pipettes"],"price":39999,"price_min":39999,"price_max":39999,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42370574921,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-E01221","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"UniPette micropipette (12-channel) autoclavable - 0.5-10μl - Uniscience","public_title":null,"options":["Default Title"],"price":39999,"weight":907,"compare_at_price":null,"inventory_quantity":11,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/102dc609e4cf3fa8ec9f1f14f0ccad87.jpg?v=1527227346"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/102dc609e4cf3fa8ec9f1f14f0ccad87.jpg?v=1527227346","options":["Title"],"media":[{"alt":"UniPette micropipette (12-channel) autoclavable - 0.5-10μl - Uniscience - Uniscience Corp.","id":239857959000,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/102dc609e4cf3fa8ec9f1f14f0ccad87.jpg?v=1568947408"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/102dc609e4cf3fa8ec9f1f14f0ccad87.jpg?v=1568947408","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003eLightweight and ergonomic design UniPette micro-pipette\u003c\/p\u003e\n\u003cp\u003e■ Fully autoclavable\u003c\/p\u003e\n\u003cp\u003e■ Clear digital display\u003c\/p\u003e\n\u003cp\u003e■ Staggered tip ejector for easy tip ejection\u003c\/p\u003e\n\u003cp\u003e■ Head rotates 360° for user comfort\u003c\/p\u003e\n\u003cp\u003e■ Easy to calibrate with tool supplied\u003c\/p\u003e\n\u003cp\u003e■ Used with 'universal' pipette tip\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking: \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e1 Pipette 0.5-10μl, Single Stand, Calibration Tool and Lubrication Fluid.\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$399.99
Lightweight and ergonomic design UniPette micro-pipette ■ Fully autoclavable ■ Clear digital display ■ Staggered tip ejector for easy tip ejection ■ Head rotates 360° for...
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{"id":10205408009,"title":"UniPette micropipette (12-channel) autoclavable - 5-50μl - Uniscience","handle":"unipette-micropipette-12-channel-autoclavable-5-50-l","description":"\u003cp\u003eLightweight and ergonomic design UniPette micro-pipette \u003c\/p\u003e\n\u003cp\u003e■ Fully autoclavable\u003c\/p\u003e\n\u003cp\u003e■ Clear digital display\u003c\/p\u003e\n\u003cp\u003e■ Staggered tip ejector for easy tip ejection\u003c\/p\u003e\n\u003cp\u003e■ Head rotates 360° for user comfort\u003c\/p\u003e\n\u003cp\u003e■ Easy to calibrate with tool supplied\u003c\/p\u003e\n\u003cp\u003e■ Used with 'universal' pipette tip\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1 Pipette 5-50μl, Single Stand, Calibration Tool and Lubrication Fluid.\u003c\/p\u003e","published_at":"2017-08-02T14:52:45-04:00","created_at":"2017-08-02T14:52:46-04:00","vendor":"Uniscience","type":"Equipment,Featured Product","tags":["Liquid Handling","Pipettes"],"price":39999,"price_min":39999,"price_max":39999,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42370604233,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-E01222","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"UniPette micropipette (12-channel) autoclavable - 5-50μl - Uniscience","public_title":null,"options":["Default Title"],"price":39999,"weight":907,"compare_at_price":null,"inventory_quantity":9,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/91d5e4256fe362e4a0e050c6c224e19f.jpg?v=1527227347"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/91d5e4256fe362e4a0e050c6c224e19f.jpg?v=1527227347","options":["Title"],"media":[{"alt":"UniPette micropipette (12-channel) autoclavable - 5-50μl - Uniscience - Uniscience Corp.","id":239859007576,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/91d5e4256fe362e4a0e050c6c224e19f.jpg?v=1568947408"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/91d5e4256fe362e4a0e050c6c224e19f.jpg?v=1568947408","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003eLightweight and ergonomic design UniPette micro-pipette \u003c\/p\u003e\n\u003cp\u003e■ Fully autoclavable\u003c\/p\u003e\n\u003cp\u003e■ Clear digital display\u003c\/p\u003e\n\u003cp\u003e■ Staggered tip ejector for easy tip ejection\u003c\/p\u003e\n\u003cp\u003e■ Head rotates 360° for user comfort\u003c\/p\u003e\n\u003cp\u003e■ Easy to calibrate with tool supplied\u003c\/p\u003e\n\u003cp\u003e■ Used with 'universal' pipette tip\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1 Pipette 5-50μl, Single Stand, Calibration Tool and Lubrication Fluid.\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$399.99
Lightweight and ergonomic design UniPette micro-pipette ■ Fully autoclavable ■ Clear digital display ■ Staggered tip ejector for easy tip ejection ■ Head rotates 360° for...
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translation missing: en.products.product.regular_price
$299.99
Lightweight and ergonomic design UniPette micro-pipette ■ Fully autoclavable ■ Clear digital display ■ Staggered tip ejector for easy tip ejection ■ Head rotates 360° for...
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translation missing: en.products.product.regular_price
$299.99
Sold Out
Lightweight and ergonomic design UniPette micro-pipette ■ Fully autoclavable ■ Clear digital display ■ Staggered tip ejector for easy tip ejection ■ Head rotates 360° for...
Equipments - Accessories
translation missing: en.products.product.regular_price
$29.99
Roller to Complete and secure application of adhesive seals
Packing: 1 Roller
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translation missing: en.products.product.regular_price
$6.00
■ DNases, RNases and DNA free pestles ■ To homogenize cells or resuspend precipitates such as protein or DNA pellets ■ Made from virgin polypropylene...
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translation missing: en.products.product.regular_price
$19.99
■ Cap locks are designed to securely seal tubes against the rigors of freezing and boiling. ■ Large, easy-to-grip tab permits safe insertion and removal...
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{"id":10205194505,"title":"Cap Locks","handle":"cap-locks","description":"\u003cp\u003e■ Cap locks are designed to securely seal tubes against the rigors of freezing and boiling.\u003c\/p\u003e\n\u003cp\u003e■ Large, easy-to-grip tab permits safe insertion and removal from boiling water and freezers.\u003c\/p\u003e\n\u003cp\u003e■ Writing area allows easy identification or organization into types.\u003c\/p\u003e\n\u003cp\u003e■ Cap Locks for 1.5 ml or 2.0 ml tubes\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1 bag of 100 pieces\u003c\/p\u003e","published_at":"2017-08-02T14:14:24-04:00","created_at":"2017-08-02T14:14:24-04:00","vendor":"Uniscience","type":"Consumables","tags":["Accessories"],"price":1999,"price_min":1999,"price_max":1999,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42368484105,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-C203432","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"Cap Locks","public_title":null,"options":["Default Title"],"price":1999,"weight":227,"compare_at_price":null,"inventory_quantity":50,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/a0d39b1f93c326473160ede48758046f.jpg?v=1527225508"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/a0d39b1f93c326473160ede48758046f.jpg?v=1527225508","options":["Title"],"media":[{"alt":"Cap Locks - Uniscience Corp.","id":239804317784,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/a0d39b1f93c326473160ede48758046f.jpg?v=1568947400"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/a0d39b1f93c326473160ede48758046f.jpg?v=1568947400","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003e■ Cap locks are designed to securely seal tubes against the rigors of freezing and boiling.\u003c\/p\u003e\n\u003cp\u003e■ Large, easy-to-grip tab permits safe insertion and removal from boiling water and freezers.\u003c\/p\u003e\n\u003cp\u003e■ Writing area allows easy identification or organization into types.\u003c\/p\u003e\n\u003cp\u003e■ Cap Locks for 1.5 ml or 2.0 ml tubes\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003ePacking:\u003c\/strong\u003e 1 bag of 100 pieces\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$80.00
Interchangeable blocks provide to configure a system to exactly meet your research needs. Range of configurations hold 1, 2 or 4 interchangeable modular blocks which...
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translation missing: en.products.product.regular_price
$50.00
Interchangeable blocks provide to configure a system to exactly meet your research needs. Range of configurations hold 1, 2 or 4 interchangeable modular blocks which...
-
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translation missing: en.products.product.regular_price
$30.00
Interchangeable blocks provide to configure a system to exactly meet your research needs. Range of configurations hold 1, 2 or 4 interchangeable modular blocks which...
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translation missing: en.products.product.regular_price
$50.00
Interchangeable blocks provide to configure a system to exactly meet your research needs. Range of configurations hold 1, 2 or 4 interchangeable modular blocks which...
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{"id":10205360777,"title":"Interchangeable blocks for 3 tubes of 50ml","handle":"interchangeable-blocks-for-3-tubes-of-50ml","description":"Interchangeable blocks provide to configure a system to exactly meet your research needs.\r\nRange of configurations hold 1, 2 or 4 interchangeable modular blocks which can hold a variety of tube sizes.\r\nAvailable for tubes from 50ml\r\n ","published_at":"2017-08-02T14:44:49-04:00","created_at":"2017-08-02T14:44:49-04:00","vendor":"Uniscience","type":"Equipment","tags":["Accessories","Incubators"],"price":5000,"price_min":5000,"price_max":5000,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42370172361,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-E13906","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"Interchangeable blocks for 3 tubes of 50ml","public_title":null,"options":["Default Title"],"price":5000,"weight":9,"compare_at_price":null,"inventory_quantity":10,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0b089d4297e0a0408c15ea5c67876a07.jpg?v=1527225560"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0b089d4297e0a0408c15ea5c67876a07.jpg?v=1527225560","options":["Title"],"media":[{"alt":"Interchangeable blocks for 3 tubes of 50ml - Uniscience Corp.","id":239846064216,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0b089d4297e0a0408c15ea5c67876a07.jpg?v=1568947406"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0b089d4297e0a0408c15ea5c67876a07.jpg?v=1568947406","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"Interchangeable blocks provide to configure a system to exactly meet your research needs.\r\nRange of configurations hold 1, 2 or 4 interchangeable modular blocks which can hold a variety of tube sizes.\r\nAvailable for tubes from 50ml\r\n "}
translation missing: en.products.product.regular_price
$149.99
Universal Platform with 4 horizontally adjustable clamping bars for use with various flasks/vessels
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{"id":10205383753,"title":"Universal Platform with 4 horizontally adjustable for Unishaker D-O","handle":"universal-platform-with-4-horizontally-adjustable-for-unishaker-d-o","description":"Universal Platform with 4 horizontally adjustable clamping bars for use with various flasks\/vessels","published_at":"2017-08-02T14:49:28-04:00","created_at":"2017-08-02T14:49:28-04:00","vendor":"Uniscience","type":"Equipment","tags":["Accessories","Mixing","Shakers"],"price":14999,"price_min":14999,"price_max":14999,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42370410441,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-E05311","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"Universal Platform with 4 horizontally adjustable for Unishaker D-O","public_title":null,"options":["Default Title"],"price":14999,"weight":9,"compare_at_price":null,"inventory_quantity":4,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/5e7a8d807360d2a8ced690692195096f.jpg?v=1527227365"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/5e7a8d807360d2a8ced690692195096f.jpg?v=1527227365","options":["Title"],"media":[{"alt":"Universal Platform with 4 horizontally adjustable for Unishaker D-O - Uniscience Corp.","id":239853633624,"position":1,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/5e7a8d807360d2a8ced690692195096f.jpg?v=1568947407"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/5e7a8d807360d2a8ced690692195096f.jpg?v=1568947407","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"Universal Platform with 4 horizontally adjustable clamping bars for use with various flasks\/vessels"}
Featured Products
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{"id":10205421129,"title":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience","handle":"unisafedye","description":"\u003ch2\u003eOverview\u003c\/h2\u003e\n\u003cp\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) is a new and safe nucleic acid stain, an alternative to the traditional ethidium bromide (EtBr) stain for detecting nucleic acid in agarose gels. It emits green fluorescence when bound to DNA or RNA. This new stain has two fluorescence excitation maxima when bound to nucleic acid, one centered at 309 nm and another at 419 nm. In addition, it has one visible excitation at 514 nm. The fluorescence emission of UniSafe Dye bound to DNA is centered at 537 nm. UniSafe Dye Nucleic Acid Staining Solution (20,000x) is as sensitive as EtBr. The staining protocol for UniSafe Dye Nucleic Acid Staining Solution (20,000x) is similar to that for EtBr. UniSafe Dye Nucleic Acid Staining Solution (20,000x) had a negative result in mouse marrow chromophilous erythrocyte micronucleus test and also in mouse spermary spermatocyte chromosomal aberration test. So it is wise to choose UniSafe Dye Nucleic acid Stainig Solution (20,000x) instead of EtBr for detecting nucleic acids in agarose gels.\u003c\/p\u003e\n\u003ch2\u003eCharacteristics\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUsed for detecting double-strand DNA and single-stranded RNA\u003c\/li\u003e\n\u003cli\u003eAlternative to the ethidium bromide staining\u003c\/li\u003e\n\u003cli\u003eAs sensitive as EtBr or more sensitive than that\u003c\/li\u003e\n\u003cli\u003eNon-toxic, non-mutagenic and non-carcinogenic\u003c\/li\u003e\n\u003cli\u003eNo hazard waste\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eContent\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) 1 ml\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eStorage Condition\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eStore at room temperature and stable for 12 months.\u003c\/li\u003e\n\u003cli\u003eFor morestable use, should store at 4℃ (Stable for 24 months).\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eApplication\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eVisualization of DNA and RNA bands during agarose gel electrophoresis\u003c\/li\u003e\n\u003cli\u003eIsolation of DNA fragments for sub cloning without introducing mutations normally caused by EtBr.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eConsiderations Before Use\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staing Solution (20,000x) is non-carcinogenicbut may cause skin and eye irritations. Please wear gloves when workingwith the product.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eProtocol\u003c\/h2\u003e\n\u003col\u003e\n\u003cli\u003ePrepare a 100 ml of agarose gel solution (concentration from 0.8~3 %) in a 250 ml flask and mix it thoroughly. Place the flask in the microwave, heat in until the solution is completely clear (about 2~3 minutes). \u003cstrong\u003eNote: \u003c\/strong\u003eThe thickness of gel should be less than 0.5 cm since thick gels may decrease sensitivity.\u003c\/li\u003e\n\u003cli\u003eAdd 5 ㎕ of UniSafe Dye Nucleic Acid Staining Solution (20,000x) to the agarose solution. Swirl the flask gently to mix the solution and avoid forming bubbles.\u003c\/li\u003e\n\u003cli\u003eWhile the agarose solution cools, pour it into the gel tray until the comb teeth are immersed about 1\/4~1\/2 into the agarose. \u003cstrong\u003eNote:\u003c\/strong\u003e Repeated melting of gels containing UniSafe Dye Nucleic Acid Staining Solution (20,000x) may result in low sensitivity.\u003c\/li\u003e\n\u003cli\u003eAllow the agarose gel to cool until solidified. Load samples on the gel and perform electrphoresis.\u003c\/li\u003e\n\u003cli\u003eDetect the bands under UV illumination. \u003cstrong\u003eNote: \u003c\/strong\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) allows visualization of DNA(\u0026gt;50 ng) in the agarose gel under visible light. This eliminates the need for exposure to UV light, which may nick and damage DNA. The intact DNA fragments purified from agarose gel can increase the efficiency of subsequent molecular biology manipulations such as cloning, transformation and transcription.\u003c\/li\u003e\n\u003c\/ol\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/UniSafe_Dye_-_UNI-R01031_En.pdf?10626124213704089207\" title=\"UniSafe Dye\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eFor more Information Download the Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e","published_at":"2017-08-02T14:55:35-04:00","created_at":"2017-08-02T14:55:36-04:00","vendor":"Uniscience","type":"Reagents,Default,Featured Product","tags":["Electrophoresis System","Eletrophoresis System"],"price":9500,"price_min":9500,"price_max":9500,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42370760521,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R01031","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience","public_title":null,"options":["Default Title"],"price":9500,"weight":227,"compare_at_price":null,"inventory_quantity":89,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1527227355","\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/f1758ce7ebe80de823e58f9d808f05e0.jpg?v=1527227355"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1527227355","options":["Title"],"media":[{"alt":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience - Uniscience Corp.","id":239862448216,"position":1,"preview_image":{"aspect_ratio":1.124,"height":330,"width":371,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1568947409"},"aspect_ratio":1.124,"height":330,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1568947409","width":371},{"alt":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience - Uniscience Corp.","id":239862480984,"position":2,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/f1758ce7ebe80de823e58f9d808f05e0.jpg?v=1568947409"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/f1758ce7ebe80de823e58f9d808f05e0.jpg?v=1568947409","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003ch2\u003eOverview\u003c\/h2\u003e\n\u003cp\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) is a new and safe nucleic acid stain, an alternative to the traditional ethidium bromide (EtBr) stain for detecting nucleic acid in agarose gels. It emits green fluorescence when bound to DNA or RNA. This new stain has two fluorescence excitation maxima when bound to nucleic acid, one centered at 309 nm and another at 419 nm. In addition, it has one visible excitation at 514 nm. The fluorescence emission of UniSafe Dye bound to DNA is centered at 537 nm. UniSafe Dye Nucleic Acid Staining Solution (20,000x) is as sensitive as EtBr. The staining protocol for UniSafe Dye Nucleic Acid Staining Solution (20,000x) is similar to that for EtBr. UniSafe Dye Nucleic Acid Staining Solution (20,000x) had a negative result in mouse marrow chromophilous erythrocyte micronucleus test and also in mouse spermary spermatocyte chromosomal aberration test. So it is wise to choose UniSafe Dye Nucleic acid Stainig Solution (20,000x) instead of EtBr for detecting nucleic acids in agarose gels.\u003c\/p\u003e\n\u003ch2\u003eCharacteristics\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUsed for detecting double-strand DNA and single-stranded RNA\u003c\/li\u003e\n\u003cli\u003eAlternative to the ethidium bromide staining\u003c\/li\u003e\n\u003cli\u003eAs sensitive as EtBr or more sensitive than that\u003c\/li\u003e\n\u003cli\u003eNon-toxic, non-mutagenic and non-carcinogenic\u003c\/li\u003e\n\u003cli\u003eNo hazard waste\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eContent\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) 1 ml\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eStorage Condition\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eStore at room temperature and stable for 12 months.\u003c\/li\u003e\n\u003cli\u003eFor morestable use, should store at 4℃ (Stable for 24 months).\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eApplication\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eVisualization of DNA and RNA bands during agarose gel electrophoresis\u003c\/li\u003e\n\u003cli\u003eIsolation of DNA fragments for sub cloning without introducing mutations normally caused by EtBr.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eConsiderations Before Use\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staing Solution (20,000x) is non-carcinogenicbut may cause skin and eye irritations. Please wear gloves when workingwith the product.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eProtocol\u003c\/h2\u003e\n\u003col\u003e\n\u003cli\u003ePrepare a 100 ml of agarose gel solution (concentration from 0.8~3 %) in a 250 ml flask and mix it thoroughly. Place the flask in the microwave, heat in until the solution is completely clear (about 2~3 minutes). \u003cstrong\u003eNote: \u003c\/strong\u003eThe thickness of gel should be less than 0.5 cm since thick gels may decrease sensitivity.\u003c\/li\u003e\n\u003cli\u003eAdd 5 ㎕ of UniSafe Dye Nucleic Acid Staining Solution (20,000x) to the agarose solution. Swirl the flask gently to mix the solution and avoid forming bubbles.\u003c\/li\u003e\n\u003cli\u003eWhile the agarose solution cools, pour it into the gel tray until the comb teeth are immersed about 1\/4~1\/2 into the agarose. \u003cstrong\u003eNote:\u003c\/strong\u003e Repeated melting of gels containing UniSafe Dye Nucleic Acid Staining Solution (20,000x) may result in low sensitivity.\u003c\/li\u003e\n\u003cli\u003eAllow the agarose gel to cool until solidified. Load samples on the gel and perform electrphoresis.\u003c\/li\u003e\n\u003cli\u003eDetect the bands under UV illumination. \u003cstrong\u003eNote: \u003c\/strong\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) allows visualization of DNA(\u0026gt;50 ng) in the agarose gel under visible light. This eliminates the need for exposure to UV light, which may nick and damage DNA. The intact DNA fragments purified from agarose gel can increase the efficiency of subsequent molecular biology manipulations such as cloning, transformation and transcription.\u003c\/li\u003e\n\u003c\/ol\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/UniSafe_Dye_-_UNI-R01031_En.pdf?10626124213704089207\" title=\"UniSafe Dye\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eFor more Information Download the Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$95.00
translation missing: en.products.product.regular_price
$300.00
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translation missing: en.products.product.regular_price
$6,300.00
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translation missing: en.products.product.regular_price
$2,150.00
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Reagents
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{"id":10205579657,"title":"50bp DNA Ladder 250μl - Uniscience","handle":"50bpdnaladder","description":"\u003cp\u003e\u003cstrong\u003eOverview \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eThe 50bp DNA Ladder consists of 8 DNA fragments ranging from 50bp to 500bp (50bp, 100bp, 150bp, 200bp, 250bp, 300bp, 400bp, and 500bp). The 250bp band has increased intensity to serve as a reference point. The fragments may be stained with intercalating agent (e.g. UniSafe Dye®) and should be run on a 2% agarose gel for maximum visualization. It is suitable for use as molecular weight standards for agarose gel electrophoresis. The 50bp DNA Ladder already contains 1x Loading dye.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeatures \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eReady-to-use;\u003c\/li\u003e\n\u003cli\u003eConcentration: 90ng | μl;\u003c\/li\u003e\n\u003cli\u003eRecommended Loading: 5μl; Per lane;\u003c\/li\u003e\n\u003cli\u003eRange (bp): 50–500;\u003c\/li\u003e\n\u003cli\u003eNumber of Bands: 8\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Buffer\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e10mM Tris-HCl (pH 7.5), 1mM EDTA.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eStore at –20°C.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eFigure \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg alt=\"\" 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agarose gel in 1x TAE buffer\u003c\/em\u003e\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/50bp_DNA_Ladder_UNI_R7011.pdf?10546501736593966166\"\u003e\u003cstrong\u003e\u003cspan style=\"color: #ff9900;\"\u003eDownload Datasheet\u003c\/span\u003e\u003c\/strong\u003e\u003c\/a\u003e\u003c\/p\u003e","published_at":"2017-08-02T15:27:02-04:00","created_at":"2017-08-02T15:27:03-04:00","vendor":"Uniscience","type":"Reagents","tags":[],"price":3000,"price_min":3000,"price_max":3000,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42372263561,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R7011","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"50bp DNA Ladder 250μl - Uniscience","public_title":null,"options":["Default Title"],"price":3000,"weight":10,"compare_at_price":null,"inventory_quantity":15,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4898dfccbc93287b031576f5cbc5bc5a.jpg?v=1527225486","\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/9f83aad805ea53849f5b99b0e909c428.png?v=1527225486"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4898dfccbc93287b031576f5cbc5bc5a.jpg?v=1527225486","options":["Title"],"media":[{"alt":"50bp DNA Ladder 250μl - Uniscience - Uniscience Corp.","id":239891218520,"position":1,"preview_image":{"aspect_ratio":0.497,"height":300,"width":149,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4898dfccbc93287b031576f5cbc5bc5a.jpg?v=1568947414"},"aspect_ratio":0.497,"height":300,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/4898dfccbc93287b031576f5cbc5bc5a.jpg?v=1568947414","width":149},{"alt":"50bp DNA Ladder 250μl - Uniscience - Uniscience Corp.","id":239891251288,"position":2,"preview_image":{"aspect_ratio":0.294,"height":340,"width":100,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/9f83aad805ea53849f5b99b0e909c428.png?v=1568947414"},"aspect_ratio":0.294,"height":340,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/9f83aad805ea53849f5b99b0e909c428.png?v=1568947414","width":100}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003e\u003cstrong\u003eOverview \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eThe 50bp DNA Ladder consists of 8 DNA fragments ranging from 50bp to 500bp (50bp, 100bp, 150bp, 200bp, 250bp, 300bp, 400bp, and 500bp). The 250bp band has increased intensity to serve as a reference point. The fragments may be stained with intercalating agent (e.g. UniSafe Dye®) and should be run on a 2% agarose gel for maximum visualization. It is suitable for use as molecular weight standards for agarose gel electrophoresis. The 50bp DNA Ladder already contains 1x Loading dye.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeatures \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eReady-to-use;\u003c\/li\u003e\n\u003cli\u003eConcentration: 90ng | μl;\u003c\/li\u003e\n\u003cli\u003eRecommended Loading: 5μl; Per lane;\u003c\/li\u003e\n\u003cli\u003eRange (bp): 50–500;\u003c\/li\u003e\n\u003cli\u003eNumber of Bands: 8\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Buffer\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e10mM Tris-HCl (pH 7.5), 1mM EDTA.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eStore at –20°C.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eFigure \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg alt=\"\" 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\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cem\u003e2.0% agarose gel in 1x TAE buffer\u003c\/em\u003e\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/50bp_DNA_Ladder_UNI_R7011.pdf?10546501736593966166\"\u003e\u003cstrong\u003e\u003cspan style=\"color: #ff9900;\"\u003eDownload Datasheet\u003c\/span\u003e\u003c\/strong\u003e\u003c\/a\u003e\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$30.00
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{"id":10205580425,"title":"100bp DNA Ladder 250μl - Uniscience","handle":"100bpdnaladder","description":"\u003cp\u003e\u003cstrong\u003eOverview\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eThe 100bp DNA Ladder consists of 11 DNA fragments ranging from 100bp to 1500bp (100, 200, 300, 400, 500, 600, 700, 800, 900, 1000, and 1500bp). The 500bp band has increased intensity to serve as a reference point. The fragments may be stained with intercalating agent (e.g. UniSafe Dye®) and should be run on a 2% agarose gel for maximum visualization. It is suitable for use as molecular weight standards for agarose gel electrophoresis. The 100bp DNA Ladder already contains 1x Loading dye.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eReady-to-use;\u003c\/li\u003e\n\u003cli\u003eConcentration: 120ng\/1μl;\u003c\/li\u003e\n\u003cli\u003eRecommended Loading: 5μl; Per lane;\u003c\/li\u003e\n\u003cli\u003eRange (bp): 100–1500;\u003c\/li\u003e\n\u003cli\u003eNumber of Bands: 11\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Buffer \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e10mM Tris-HCl (pH 8.0), 1mM EDTA.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eStore at –20°C.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eFigure \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg alt=\"\" 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2.0% agarose gel in 1x TAE buffer\u003c\/em\u003e\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/100bp_DNA_ladder_UNI_R7012.pdf?10546501736593966166\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e","published_at":"2017-08-02T15:27:11-04:00","created_at":"2017-08-02T15:27:11-04:00","vendor":"Uniscience","type":"Reagents","tags":[],"price":3000,"price_min":3000,"price_max":3000,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42372275273,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R7012","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"100bp DNA Ladder 250μl - Uniscience","public_title":null,"options":["Default Title"],"price":3000,"weight":0,"compare_at_price":null,"inventory_quantity":25,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/c2ba507f48de41918cf8ee25991d7055.jpg?v=1527225462","\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/09ba85c0e5bf45af24199dc8bda1f7bc.png?v=1527225462"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/c2ba507f48de41918cf8ee25991d7055.jpg?v=1527225462","options":["Title"],"media":[{"alt":"100bp DNA Ladder 250μl - Uniscience - Uniscience Corp.","id":239891644504,"position":1,"preview_image":{"aspect_ratio":0.497,"height":300,"width":149,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/c2ba507f48de41918cf8ee25991d7055.jpg?v=1568947414"},"aspect_ratio":0.497,"height":300,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/c2ba507f48de41918cf8ee25991d7055.jpg?v=1568947414","width":149},{"alt":"100bp DNA Ladder 250μl - Uniscience - Uniscience Corp.","id":239891677272,"position":2,"preview_image":{"aspect_ratio":0.294,"height":340,"width":100,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/09ba85c0e5bf45af24199dc8bda1f7bc.png?v=1568947414"},"aspect_ratio":0.294,"height":340,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/09ba85c0e5bf45af24199dc8bda1f7bc.png?v=1568947414","width":100}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003e\u003cstrong\u003eOverview\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eThe 100bp DNA Ladder consists of 11 DNA fragments ranging from 100bp to 1500bp (100, 200, 300, 400, 500, 600, 700, 800, 900, 1000, and 1500bp). The 500bp band has increased intensity to serve as a reference point. The fragments may be stained with intercalating agent (e.g. UniSafe Dye®) and should be run on a 2% agarose gel for maximum visualization. It is suitable for use as molecular weight standards for agarose gel electrophoresis. The 100bp DNA Ladder already contains 1x Loading dye.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eReady-to-use;\u003c\/li\u003e\n\u003cli\u003eConcentration: 120ng\/1μl;\u003c\/li\u003e\n\u003cli\u003eRecommended Loading: 5μl; Per lane;\u003c\/li\u003e\n\u003cli\u003eRange (bp): 100–1500;\u003c\/li\u003e\n\u003cli\u003eNumber of Bands: 11\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Buffer \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e10mM Tris-HCl (pH 8.0), 1mM EDTA.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eStore at –20°C.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eFigure \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg alt=\"\" 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\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cem\u003e 2.0% agarose gel in 1x TAE buffer\u003c\/em\u003e\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/100bp_DNA_ladder_UNI_R7012.pdf?10546501736593966166\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e"}
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{"id":10205579081,"title":"1Kbp Plus DNA ladder Kit Size: 250μl \/ 500μl - Uniscience","handle":"1kbpplusdnaladder","description":"\u003cp\u003e\u003cstrong\u003eOverview \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eThe 1Kb plus DNA Ladder consists of 12 DNA fragments ranging from 1Kbp to 10Kbp (300, 500, 800, 1000, 1500, 2000, 3000, 4000, 5000, 6000, 8000, 10000bp). The 3000bp band has increased intensity to serve as a reference point. The fragments may be stained with intercalating agent (e.g. UniSafe Dye®) should be run on a 0.5-1% agarose gel for maximum visualization. It is suitable for use as molecular weight standards for agarose gel electrophoresis. The 1KB plus DNA Ladder already contains 1x Loading dye.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eReady-to-use;\u003c\/li\u003e\n\u003cli\u003eConcentration: 100ng | μl;\u003c\/li\u003e\n\u003cli\u003eRecommended Loading: 5μl; Per lane;\u003c\/li\u003e\n\u003cli\u003eRange (Kbp): 0.3–10.\u003c\/li\u003e\n\u003cli\u003eNumber of Bands: 12.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Buffer \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e10mM Tris-HCl (pH 8.0), 1mM EDTA.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eStore at –20°C.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eSize Kit Size\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e250μl - 500μl\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eFigure \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg alt=\"\" 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agarose gel in 1x TAE buffer\u003c\/em\u003e\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/1Kbp_Plus_DNA_ladder_UNI_R7018.pdf?10546501736593966166\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e","published_at":"2017-08-02T15:26:55-04:00","created_at":"2017-08-02T15:26:56-04:00","vendor":"Uniscience","type":"Reagents","tags":[],"price":3000,"price_min":3000,"price_max":3000,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42372261321,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R7018","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"1Kbp Plus DNA ladder Kit Size: 250μl \/ 500μl - Uniscience","public_title":null,"options":["Default Title"],"price":3000,"weight":0,"compare_at_price":null,"inventory_quantity":32,"inventory_management":"shopify","inventory_policy":"continue","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/460fba0017b6aa7656fd31991f89317c.jpg?v=1527225470","\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/95576ff9b4b5ad59aa3b6f2c463a79a5.jpg?v=1527225470"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/460fba0017b6aa7656fd31991f89317c.jpg?v=1527225470","options":["Title"],"media":[{"alt":"1Kbp Plus DNA ladder Kit Size: 250μl \/ 500μl - Uniscience - Uniscience Corp.","id":239891152984,"position":1,"preview_image":{"aspect_ratio":0.497,"height":300,"width":149,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/460fba0017b6aa7656fd31991f89317c.jpg?v=1568947414"},"aspect_ratio":0.497,"height":300,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/460fba0017b6aa7656fd31991f89317c.jpg?v=1568947414","width":149},{"alt":"1Kbp Plus DNA ladder Kit Size: 250μl \/ 500μl - Uniscience - Uniscience Corp.","id":239891185752,"position":2,"preview_image":{"aspect_ratio":0.294,"height":340,"width":100,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/95576ff9b4b5ad59aa3b6f2c463a79a5.jpg?v=1568947414"},"aspect_ratio":0.294,"height":340,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/95576ff9b4b5ad59aa3b6f2c463a79a5.jpg?v=1568947414","width":100}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003e\u003cstrong\u003eOverview \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eThe 1Kb plus DNA Ladder consists of 12 DNA fragments ranging from 1Kbp to 10Kbp (300, 500, 800, 1000, 1500, 2000, 3000, 4000, 5000, 6000, 8000, 10000bp). The 3000bp band has increased intensity to serve as a reference point. The fragments may be stained with intercalating agent (e.g. UniSafe Dye®) should be run on a 0.5-1% agarose gel for maximum visualization. It is suitable for use as molecular weight standards for agarose gel electrophoresis. The 1KB plus DNA Ladder already contains 1x Loading dye.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eFeature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eReady-to-use;\u003c\/li\u003e\n\u003cli\u003eConcentration: 100ng | μl;\u003c\/li\u003e\n\u003cli\u003eRecommended Loading: 5μl; Per lane;\u003c\/li\u003e\n\u003cli\u003eRange (Kbp): 0.3–10.\u003c\/li\u003e\n\u003cli\u003eNumber of Bands: 12.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Buffer \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e10mM Tris-HCl (pH 8.0), 1mM EDTA.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eStore at –20°C.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eSize Kit Size\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e250μl - 500μl\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eFigure \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg alt=\"\" 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OAuTOr0xYRRhtjTcljJF0I\/GMLgDtBtButRtAudP2tr\/qDlujn3uB9leMG\/SNWBT8MH06vTF6DJUtXZoaMRH7P\/4Erd+0md589z2qVLEiNWnRgp7sP4AOc8P+5VdfYYKWlg4BemfnLpynkaNGUUhQEHXg4u3n589y\/hANYDs3FhsdO3eSzNzGle6goUMonTm8V69ekgadHls4uLq7S3tYXvjSCdZQVtpGQdtrt4rAVntAm+R0a70Dyt6BZnLNnV9tQ1S8h\/bvE87FAE1QcDClcqV3nDkz7voN5uRqbBYi7dwTJ7j0sLirwb00\/4BA1N505NBhioq8TNVq1JSRvbNnTlMC1wkocRW4x1WSe2h9uYXg4+1NvbkiK1+hPJUpW9YmDdnh4MbtWCU9dRK17DMm3+rZGJjV1oqcvqyhaSAjdHnAL+zy20GAfyXNrNMsuo0pMD\/r9qY01dgV\/EhPCw+w0Hd4QcXMIgXiCCbwM4dldyB3nh56+BFpAcmX2L35KzngqCSb2SEDv+bg5W70qAiSHbbvVv\/4VWHqJ33pX8DW\/70C\/hF3TVQQCM8SrplYICq+qd2C0Lo2t1aMcGetA3S7Ff7htC93PEBUQMKQe94wy1gF7cHoRdmrSONX3VU01T0nlJkOy+gGJsoUZtn85hbQPcIaOgdnJpYGKjuMycJMmon6e+YH\/OoMQWUJN3pABTCGJc+G99yQbazAnRveXoW9JHCMpWZJ7wuCQkVI+s18V+MHCjoBlrsyzGYGTkB7EWMPYs0XkqCzCU\/51ehGCGh+JbAsTUpOJl8\/P5m\/Qxzj4uKkaRXM8hVEQlqucRs5LSWVAliWunIDH4hlWYrJz0Bum6JFkpiYIHNnbtxcvD358oaMbsEzcqsf940j6tWVIoAR\/1SOKEb9Veiq2ykjPZBB\/CdyS9FGge8YNZJ2ptnA2dlRem6XL1+mw9ys2b1nrxAaMHrNr4zF4MvePbvp\/fffo8SkZOrYrh09M3IkrVqxkiZ\/OVni2LF9exr+3HO0cd16Gjt+nPhp27oVvfjqq7Sb28Dvf\/iBdITq161Lr77+Ov3vjTeoe\/ce1Pahtpb43StkrAAJDOU2HqaJ2zz0kLQZQYwMXJncUQDn8gViCn+BgHzJVEk6Zis5APScmGDunNNKfKHNqUaHwLlXuU24ddt2GZA5cPAwHAhUmHxnN+hJ\/TpnLp09e4b9qmEMjJzBAW7yzoEj8x5u9wiFhYVx\/NLpk08+IV8fX2rcuCktXbGcHnrkEZr0xWSqWK4cVaxUiabPnMlNsCY0cdJEKso9wsaNGtHX339PzVs0p88+\/5w8uff2WN9+9OnEidSqZSs6w9+PvxrD7dUk6c0BmgmkYuMHERdioUqlLZy1Eeb+MRkIRxhIwXAY5oxQfKFbgKKCwYhMcCmIIYFx0PwPvQCZ5uaihj4\/JtrUoK+zZBLcokeDTkcwdw+VEDD7ZyAo9KowDDd12o\/M2cdRhJQdXJupKt9EQjjD\/LkDAMJGXo6koydOkr+PtwzwPN7vMS7u16Sj89aYMTIb+9v8+bR2zVrpwvZ\/4glq3KwpzZo7l9avW8dt2Is0bPBg6tipM037+Wdav36dxAMzt1N\/+ok6MLcPHPo0TZzwKZ07e5Yucsl7lDPu6REjhE55wdmXI3SNeyExLGcWcASQQIyYJ95KoqRbicK5ySlJdCvxlnRt0QW2gsUCekxCZL5xovEX4B9A3sxBXp6FyIuJ7MI9oVsJN2nLlm3cCzsmbi1ExRM\/IlPQy\/riy6\/oxvV4piu6r2zBYUuo\/AhxhQcnbqyXLltO\/GPmFEzh7+9Hvr5+9DUT5JUXXxK3wSwzvbjticyN4q5vGst5GT\/w5Dhx9zY6OlqYJrRYMY6jixAqgbveiBNGyxrWb0CTv\/pKMnD9xo3CXG1ataJvpk6l6uHh1LJ1a3MqcsJZhvn4AQ6WLltBpzhX0F1D9w0aJSAkRAJkbjp3H9HIVuQwgBMBbkKFAffePj4y94R5\/ODAQH4uRDGxV7nhfUYy0Rb4NmQh2pUVK1W0DT0b4BbFkbNUnkFkyP12D7eTwaPtu3YxA6RwaXGi+Ng4KSmowIoULSoTjVHMtSVLlZKSGBTElRX7j2ExlZmRJUQuzJU3RFjXTp2oz+OP06atW+jYsWMi0kDU1954nc220pEjR6gFEzYvOEMuIoJITDpzzeHDR\/hdJ03b4J4XrPb6KSkmRt6Bo8TF2gwUaw3tFhdENLgKsLrIHbBXbVDlHgQLLRIiJeH69Wsy0F61alUZoly4cCGVLV+eGSSJ5WkLWr16NS1bsYJiWWTExsVTa67Atu\/YQWu4UkMJw4xuw4aNaCubbd+5k6pUrSK9rwDu6gIYDN+xYyddjY0V5kMGgxlyg6WhhgRqJyh8MFHveFaQRMmlSKTt1V3B6ka\/WYEibfVldSfP2Z3eNby8PGnYsGe4qG6imXPmUOdHO1Al7oY+PXgIrWRCfjFlCj3epzfVqFmLnmZZCfUmDAVCToaz2asvvyyZ8vHYsdSiSVNqzJUchgl3MOc\/\/9LLXAGWpWbNm\/OXTLSNiT382WepUoUK1LJNW9vkZYND0dBQE0Z1dAI1bN8BqUj4z2inwza+C6HknjOU3NwD+Z7zYq6BZuONmzdE1gZw8UaLBXGNvxYv815FmKMx0I7KFxUbBvADRF\/AWfzfFL2HZArw9SUXd3duxyZSMjc1IQLRrkcrpFfvnvRQ6zbUo0dP8g3wo0IsVnTcc0M2wirgyUqM7GQBjPaa1NY3QL3jV9lraEJbv2VFfgkLoNUgcpcDFo0XfkdRxJcsXVd5V8hehNEeZ3t+hzn\/SAtHA5UmZO+KJUuoTLnyMkUPmX6nIuYIzY5sH5U\/67v2jru6tA1gJaqysfVtfbOSU4WAd+3qb4MTiQoHBEFrQHqImjhMGf1lAIQyykVNfEkb\/4g\/fpCmHcLim6uLK3Xp3p2q16ghnSRxeAdYVIzgVN8B\/a6gTK3vVneAts1pZoT+kiTF\/JzT1b1CQuQf3AH9LgQVLjQPM4khvmhlBrmLZ\/PFAM10u1nMQFxzRuRVUeUGh1KlS5suR0bLB4tz76toaFGRRWiioMOAqRlER7qzXHNDWQHQ0YNbNQWuyAUgt9GLwl2eOSzUpJhHs07MwIcV+RUFCPvipUuUyrIUk3t+3NTzLFyYzTPpJFdK\/tzcQ5owBpDEzcfTp89IM7Bc2TLs24Hlcir39M4xxztQmbLlJbyYmGgqUbKkpd0s1L5HOBQrXlw0ut1YJLz11hhq2KARpbNwz0BPjC8MbEiTjD+AKWfLN4RofGdztAFBKgh5FEOMD6h2KT9zYjO4\/XuJE49G9sqVf8r4gyatFgj5Jeyxw4do0NPD6Cr36tAm79Ozp6hTjnrhBdq0ZSt3Gnzobe6BtWrbht7632hasHSp9AxfffFF6tKzB73\/9tv0OzfL3F3daNjQoVSvbl16bfT\/aMEf86Vzce8kVYBmsCQNGjA1qodTw8aNxAIZhck1zXHQagYXosZV4AcQl4kH7oZ7RweT6Dw5IwPMMk5uqHm5LVm6VGkhwGZOsIIiKjJIZBoDJnjS97yAgR5wVHR0jEx6\/sS9oWLFi3FtH0TLly6hnbt30wzOrBkzZ9K33BtDq2AJt2G\/mfIlrVi+nKZN\/5lKlChJCxYvoQ\/feZfOnjtHc+bNkx7dBe7mYkzDgVsHmAXGuEAatxDQmkCcXDkTjHHODc5aBsVejaNTp05S1bBq5M5NDpnPZ48ZGenykTTmXMxmpiFwTpSSqIowSCBCyeQEOnITBt1kT8\/CasyBudfZmbmWa1YThsLMcdFRkhD4R+mpmujIgQPcgL8moge1tHA2co2\/gXSgvkdJQOMd09YpXKpiuEPS97HHqWjRIqLpcvToUREJtSPq0oWLl2j0m2NoB7dBEc\/GzZqL2Jj7+x+0YdNGaVq179iR9u7ZQ59z+zY+Lpa71DeoS7duMkX+9ODBVK9+fXrttddkUAbp7NezF\/V7sr+M7CFOuRGY06xUhlKZgBiEiI2P4wgHyoBGMnNZamoyi4NUGTeAWAD3CpBIoQpUK52FQBAd4GoMtAQGBUrXFvNEmAKPj4ujLdwV3LnDqgUDQaCeuNfHMhELMIYNH067uBGfK4SynKV8nzBuPA0f+Sz5+\/lRF+5+PvFEf3r\/\/Xdp6rSfqUhIsOitInjM+mKYEOkJQg+K\/UNvC\/dk7voW4ucMricwaIR43uAuN7j7CRZL0G4f+8kn9N03X9Pe\/ftpyMBBdDPhJn068XNq37mT6n1pIthAUcScwP0HD4lw9+WGchxXNuAGRQCd\/LwBNxraD+Q2RqHAuViOdJO5w2iv5Kx6Rua48TX247FcvKOk+IktZ5S5Xmeg+EN\/zFG4SMBiBzpXmLYuVbIURUZFka9fJemeYtDoZgIXZyZYkZAQ4WxUxgmJCVKc0cNCaczMSJNuL3TKAjm+GCjv3a+fVGrTZszgjsZ1GQN5avAgusphfPPtd3yPFsLmJQ6cUVEhwtoag8W3mOWtSdbJzw5lo37xZiQSgLcUFg1XoqKVgQHalwbedfuwSbOmytACFb4tNKcc2KuKcMLNBK6sttBDbdpQ3Yg6NOOXX2g2EwWqRPXq1OZeU2uRoVN\/+JF2795F1atVpbbsduq0n+ibr78hLJeKqFWLfHz9OP3JMi588fIlKhYaKqINcvzHH76XjOZOFWcUt55YVIGuuRHXiYvMO4lMSJ1YXU+rYpodMNEXYPtshPVdhWR0hwyxdd+1S2eqFhZmfjPC1qWCTkzZMmXo4oULNH\/xIlGAe+2NN0T5DtPXvy1YINw3ms2qcI\/JlZtcs+fNleHJMWNGU43wcCrEzcd5v\/\/OxLxFr776KhUJDqETJ0\/Qzj27WRRcohdGjaLixUvQXM6U2Ng4On7iJI0aOZLqNqhviUNuhJUFdFAdlxe+NH8Y+cT4DOTmRgNmCtqFdpOdq63u1Ht+57xQW4NQSBuYGJ0CaTGIXbq0u7UavrhnOe7KIgdAHLQmIZqUehJR2uD8h1YRFqhg2LArV2bbt28nL+jask80PfG924xuWZNoTKwmB6AJYbTHc25BWs2UoNDvIKp+N\/rV9\/wC\/XY9HqATiRkNUFpmMfhREZVjwJQAUfF9KcZwC6KCuOxe4sV3tDoQLrr7eIaa\/SwWLV5ehSUTnZjzsfgF38ur8lLZyJ9QUVIJVQm3elBRUMhOLvUOl7kFr821nb5bfcPM\/GYmyr1Cpn74DoIgfB2KuqsJTyDLxGk0uwGrGYkCjrX4hZ0hLAzqYE6sdkQEN6GsKqhQ\/BM3bJ8bHNG4RwQUDAEaLvWrA7CaasAme\/A537KbGENQpL2XfnheyBmCoZ9vtsRNE8Ny5wvEVC857XK7A8ZnWziiM2CFSqSRjFbPRmLCVNsoyakvBaNbBW2S00YhjxKVD9y3gP4WzNtDqegYiaqil714aaj33BNgNLWSXsH4bhvm\/aNsjpD\/ETiUKFnKFBWt2prduDfRsGFDqU3Ri0LjGUvWMfiLyTkR5uYiYiGWOR0mlmGAjIvyHTWzTIvzBc2\/i+fPiUY0OiBGwuIZs1czuNfXs3cvMbsTjFmgwwHQobnGPTz0sDDJCN3W69w99fEuzN30QlLJoVt+jXuXqN0xg4z0QBxevRoji7PRFUabFc0vb29fJYs5bJUmkEItA70THMqUKWvCfLsniwQ0gLE0HdQCJ4O4GCtIT8vgj2H1TJbUijJIKBzGMszcVIEQgZmrGwbOVXJRe2LqGzO70ZFXaOPGTTR5yhQLcTUg\/3756Sfq0bu32YSB8HWu2QB+MS2P7qqEw24R11defJHWb9pEy5YukwGTYcOG0b4DB7hdW5G+nDSJArmN+uzwZySDQ4KCadJnE6hKtWo0YsRIGTcICgykzyd8Kr22+X\/Mp9lz50jawFT4BppfGMHT8lfspMWRE45pTDg4Qz9d1nWxJ3T3PNzcJVcxe+nj5yv9fqX+znbcjHFjezdufKP5gka4B5ujeePAXU648+OuIfYE8Pb0lHvZ8hWpSuUq0rUENMnkztTJBIU48nt27ZKNGFb\/uYr+XLGSrxW0cvlyGZHCfemSJbR65UqKj1VtbwCZunrVn\/THosXS9URp+e3XXwk7hyxbskg2p\/iJS8SSRQtlc4jfmWClShSnaT9Pp5X8jQ0bN9Bvc+dShXLlacpXX1NKcjLdSLjJJVbt0aCBsohBKyiloEWRF1EBZ3AX0oSG81wOHKNTmFRL4H69Xk6PESD0rzHipVoRQgshBLhKDcIw14CL+BkZAfVyTMRhyTrsoQixfsMGOnXqtBDCHIL8ggMQxVQugs9zT2cvc5nmemn\/mpU34E5xiQN9\/MGHNHzkCBkBu8m9rG+\/\/ZbCwqqJehAmBjcx59bmLmpY9XBq3qyZDCNGMSdic4iatSOoadOmtGDRIhl1w5J6NKc6depAn34+kZqx+Nu3\/wC1bdtaFqi8NXqMZBZUmeKuXZOxlDe5NxdRr57i5lwgQ1uae5YtWyErowtzQziBcwwEhdIGNoGAxguGyfABJBA5Jnf2J\/mGRIPQDBRRGd0q7E2FuA2INQFYMnTi5CmWe1jGr1oSirwqLISPYbqPP\/pItHJ08UO4cgcg72DEj7Vq11L+2d\/PLEYQLjZ4GDdhghAbcS9XrhyH4ywlDws9sJdBWeZKJycHGRrFTCzSp1tGkMM3OZ4SNw787TffphkzZtBX33xDnTo8SqvXrKVpP\/xAS5ctlR055nGpyAvMatZEQu3t6NFjlncNc7JUQsx3I7S9goMI\/8TzF83v2WEMQ\/kDaRmcEmRUE+auewHU4+cvWCByE2uzoBo1buxYFkeedI0rLiyhgvZLkSJFyJfFWVR0lBRvLD7x8fGW6aitO3ZySA4yNY6KD6UFi5JbtW5N0VFRskGGs5MLlWTx0blbVxF5GDrEt7HcKjc45tUlA4Sb+I6EGwkC4Fn71PYKyjS7mfXdTMZsMIZ7r4A8nzx5Mq1cupRe4sqrWGhRGjRoID36SHvatn0bzf\/1N1rLIggiACu30e+fO2sWc90yNqtOD7drJ8vsf5kxnUXhHKpZI5w8PT1E6+XPFcto1epVopeAkoHFc1icvGDhQskkz0Ke5ljkhBrd4lzWCTMmMDczIC8i5GYOM22uCYjL+qwyr2uXLqJ8ds9gxsD2KNAqTE1KkqmfPn36ytYm4FTsJVC5QkUa9dJLFFYjjGIiI2kxV4IhwcE0mmVn1WphlMTy\/3fmegzKv\/G\/N6QewQjXduZk1DEYHcM6tVV\/\/UVnz52VYdU3XntNdMBQynKD7LsVExubLbFGDjKaaah3Vb1oQaLIY3RnNMsegrLJzrvYbKd3337mNxuIYDW6tkIGU9BeY6CIp6WmyMA2ZDS2uLpxI0HUkDDYjlocS0RRMUNZDvsUoMRC4+XmzRvc4nEXLUMs0MbyVd2kQ\/t26eJF9OHYj6WVgpEtGeXKI06AQ9HQYqar3KjWSdd3DaNXI2msMLrOG9ZwNVmzhzKTK6BefQzt2H8RENdrzHxYS9uocWNleAdYxh5sAWNNDH1lhzbJIwAzlK3RjSIqzIxh3k7W\/98iZzwQe+gn3C1RgdtWXggSgepLQ5NE3fP2r\/1Y3VvN4E+F\/m9D9jjpJqQefhSxdBfgtrbqPcC5ClIlV3m3\/hqDU25zEgUm+gKM\/tSz1Q+ewLsqLGmi\/n3YJjoPIqi45A5NPwH7R5HGQLiW4yLr74K42bQN0SYLLVaU\/SolDLRHIaBxQfBjoBcExdQFmh8IXz6MzoOYZ3Itmi4VBPYlwAAxVNgxnY6OAgZ7du\/eQ7e4YY7vIXqanvlW4+RIqIERZ3mW+HLIqWkZhI0i0E13kWkUjqPudJj9Ie7yyndmSa7w1NSMKsVIN6x0DO8NomKEbeawxcjIEcOpdZu2HBEH0SFA7ws1I6YvRL1I+sYm7o+rpe3oN8s+hmYSYR0BmiXYbg8jYQFMUB8\/PwrgC6tPsBh43tx59Pv8BZSSli7+\/i5hQQR0vbdv2UJx8XHUvGVr8uPMhC7BLm7HXrl0mZq3biXra6HqtJe7tpcuXaC6DRpSMHcaQHQoa5xAxdSkCZXgTsDRI0fJmzsPxYqXQJE2f+kegclErPUKq1HDtHHDBlN6RiYzQIYpLTXNxN1CE\/fx5brB182buG6abvB1\/Ya68Iwr8Vai6Qa\/R0ZFYxgS+mDiNj0tTcLjPr6J23+mFcuXm8Jr1jRh4R6+6+zmIc\/zZs9hGt07Mjm+48eONTVu3NjUoEEDU\/\/HnzBdi483fT1liqlORISpPpv16tmTza6ZZs2Yyd+uZWrSpImpc6dOpstXrpiWLFpoCgurbmratKmpaZOmplOnTpn69uljeu+ddyR8xDs\/cMTwGoDhMNG7wngqP2MnZLTpMGaJyxt3DKqwuIDIwBgnLjzjQi\/Em9+LhATJ8vSgwAAZwIBWCcJDkULbEbtdQjVIAdxgLZr5AfZf3LFjBw14oj89P3Ikbd+1k06fPk2z586ldm3b0pRJE+nM+fO0bOkSmjb9J2raqBF9NeVLusJiaRF3Cr7\/8UeKqFOLpk79UbZ+mv\/HH2qchMPFHgaJibdk4AdjEdD8vswlAGMnd4qtsxRxfrh86RIdPHhIej9u3CDG9BrSiuINmQpI8ecL7kXIsznWXOFdy2IQSwbE+QmAM3HPHrASB11K5mqxU60FJRNxIezdO3fKNiOQ8wgP8lMD4XDZFLFUu3YtUZzwYtk94fPPKZp7VOPGjaPinHFo3GOrlTp1I2RZPDQJt27bJjphPTh9pcqUlfHnXSwWEJf6dSKk2Pv7+ojeF+I\/a9482rx9O4sxX\/pyylc0YfwntHrtGhYz\/uTLPbTvvvuWioQWU3HKBc6o7ZA85Pwvv8ykQJZP1bi\/DE5L515MguwHkygDyUpxTemkQq8Uu1swOZgTXdUoFicAO7X5+PLHOULgYlQgkNMxV6Np6+YtNJP76daBbkVUxA5cjTHhd997l3bt2WfOJAWpKOXJQXpCWDvwzptv0hMDBoiaKErBhXPnRAEOKk3YFCidiQutR\/iBnMSsCMZqMZKF2QU9QI\/KDRWfqj9UxQz\/DerVo5dffJFeef11+p2JHBkdSaVLlaQ3x7xFL73yimwW+QJ3k\/OCs+ysxg+I+OatW6U7h81r3FksIKHQ4QLRsXhMVBv5DwO9cAczRASKZRgMwfAgRAY4KSgokAIDg6Q7iemd41w5\/LV2Le0\/cEBKAqCyVAHcCk4cPmw4neOiC8LKnD\/nJP60U\/hBdxWrWxDvK5cv0cTPJ8pGDe9zprw+ZgzduJkougTnmNi1uVgjjFIlSzCH7mH3l2VMAYrJxYoWJZap7P6m6AMjvRBv0DgsX7YchdepLfq1WGgH92VKl6Hw2rUpmNN2mv1JQgwMYISIAsQZ1uDGHbt2yx6vmNeBPyxGExEgzm8HlT3IdzSzoDWNzXbwLPNM16+x7Eo0h2PmVPllMcCP4B7I90cebS+RzT26CjouuGM7KqzJusotG3wT3y9XrgzVCg+nhYsXi97rjcQEatu6DRPjNC1gM7xfjY+n9o8+KiqmC5cslvrlEhMdI2STJk2ShXNffzFF9pnt1qWb7NqJ5Uhff\/EFneEwO3focNs4OoUWDX0Hm+poR7hDrRFzXWjLWjX9bg9NCiQWxQ7NtUQmZBy0DJkjIEo0QYyAL1zdMLpVPUw4VcclL2g\/uEAYbBi5YcM60QQcOWIENWraVDYmk2bUyZM0bPAQatvuEZlROMXv+\/btp6GDBksmhtWoTtFXLtOmjZvoyccfp87du8vWJsjsjZs2ynqwwUOH0OIlSyQdaJY9xM23Ic88I+IyrzEBh0qVK5tOnz0nkcye8Jwmd4L2YfSpeNM2HBUZoyjIdzuWLxWaAkQKIBUf38Ek2PdFjM2dBHFvLIVwy+\/ih0UjqlIthlCSUA89+8wwFh2hNJpFjYkrVsxCoITnxQi68rYAzpRDy2fvGvChP6LvtkSFOZKMCzYWP\/f+OQGai5iIRCJBHAnTEJYmqu6SasVpuAdgJ9v9az\/o4rNTqXvYDwgMioCgg4cO5RLMlvwvYbJz47eMMGv3Zkcebu8AFfE7AWHry+gjf99E68tJEqEyS3EKSqcQWVOPAXsQDe4BtBTAbaA3WgjyDnd8l+LNbrV\/ZBfWK4Qwx6Jbr2dnQVT4zw2OsixeoFzoqFg59\/aQyMiTjoSCvt8OcKO\/cTffyg0gghRHIYa69LuFeJJ6dVfPBsCPAeLS7Ef71yqg2qvRTV5wxICJgiKF5KzAthDfGfJB9Wi53w3u9Tv\/BThirz8QAQVJ3zV574Y4cGfNCutdP+cMQ31HPVndPWhwxPw7EqcTqWSVSm5+Em3rJ2cY1pKQn\/D\/K3DUC910Mh\/kxP5fgnuHuavIAHcjCuzIHVyxKfIZORXPD7L8+78A01XzpZ0\/7ycw6CkPRrJqbrWTOv9wxBhlXrCLgvzDMjWjyZiTf+3IDxwxgqOhRYCdV\/8+bHq7dk69X8i2MW\/2KstO5L8D3e0ywC4G7gdyIaydU+8HbtultSP\/sGnHglvtouB+wKbyMsJO4L8DIayVT9Uwt13O\/n1IO9aWN\/VQtJ28+YdFFGgC49IEtSW4HXcPc88rd960c2z+YW7HWou+nZj3B9laBVoU4AKBjXZ23BuEY61EzM6z1olqO+4VltEt3KHQ6eejVjMrQtt5Nr9wcnR2fgdEBQkf79eHevboQWVKl5a9A7BdSYrsL4AcUKo20InC7ml4xzP2fYG5dgPgF1uc4OxtHGnasnkzCqtShXAEK\/YN0G40UGy6de2axxZ8\/01Yjp0qUTyUPvrwI2rStCnFXo2luNgYOnnytGxCg80SoJgLDTzozDq5OMuiMqwDw4IOLMLDxr3YgDI5KUmKQWBQMPl4+1CxEsVFcxo6s9u2bqUp33wjewbioxA1aDODsFDj7ClqnMomb2S31+qXGLA356s8Q9EN0Ipt0LOCAjUyH914WXAiYXFoZv\/QYoN2IrwgLAQnynX8Dv\/yLeXhjrG0ELZs2bL01ReTqXkrHPPBgWVhpQhz2LXrooQskTIrd0BnFJvwYm2AV2EfsKq8yx6wqSkcqiMT3IcKe3vJGWE49Bd+9uzZRW+++RatXb8RX1AR5wv3u9WPlcgydKKQudhI9+uvvhLt84FDhlDJEiWZMa7StKlTJf4DhwymihUqyPH+3337LcXFxVK\/vn0pvFZtSky6RbOnT6djJ07QE48\/TlVrhNOyhQsoPCJCTgCF2iYYRWeg3vcQWom3IyzptVaFvX1MP\/38syk5NZXDsK5vwi9zqSkjPcOUnpFuSk1LM6WkpJhuJiSaEm7dMqWmp5syMjPZXN3hXvnMDoSxZfNmU\/PmzSxrvNRdrfOaO3u22eXtkZmZlW3tVVJysqlfn76ydqtRo0amLp07m+JiY01P9n\/SFBERYWrVqqWpTevWpuioKNOLo0aZatWqZWrbto2sC7t06bLpzdGjTVWqVjU9\/NBDpho1a5qOHTlievjhh01zZs2ypANryQB5N3wbyC2tgMhYEBirR3CicsUK5WV9PjZAwGIOcAMWUGCzXCyWwEE82Mj8woXzdImLdNSVSLHH6UMxUTGyp4pVa1qFi7BwRtfCBQtpybLlsjDEFjihGIc3nDl9ShZgYBPdmOhoWVgRExUlavB4xrlg2G5UrXFwkyO1f54xnYYyp1YPq07zFy6kiDoRNHPWL\/TSqFHUu1dP2dy8CIumub\/9Rk8+0Z+GPTOMFixcTP7e3vTrH7\/LeoJ333uf\/S6gQm7usgkElhxFR0ZRIS51Pj6+LBZP0jlO+5HDR2Tvg8JsL\/LCzMm2sJznhYK5bPlK2UShapXKhCU6OE3oxvVrcvgtzvGKj4+TFSZqo0aWRfznLsc9O8uKGSy68\/P1o9DQUPLzD5ANbV3d3WXlDdYDLF66TJaE6uKv7xrY+Aw7wm\/cvNVirxzwDwQdnjgRkHefjh1Lg55+Wjb1+WrKV+Tj60uvvPwSValUiSvJJCmy1TijcGwqTnLes3e3rIuIiKhDxYsVJ89CHnTg0EExq1WnDvkH+JG3ZyE6xRmLbaFmzJ1HJUKL0ieff0azfplFr736Ch0+dpxKlSwpe8dgoV3x4sUlTrnBWScO4hjCG+tcFyxUg98qQ5QePtJlMr9LWg2Qd3Ys4UjCHeV0ImyjhLMH465elW2V4NcIuIeJSG62wxre\/k88Sc2bNmeZrvZzNdc94lg2XUf4\/NqgUSPxj0zGpuevvPIKnTl3niZ99qnsYCQZL5UUKiaOPweEbapwKjTiJ3HhSyqtTFRQoIByC\/X4fj170pNPPUX9HntM9vTCwmocG\/jyq69Rb64L\/ly+nAYOHSrhgk62MB\/th2gogrHM4A9B10AlW\/2qNzwY31WaVQ2JSIopNMT5Y2k3ErKd3WV0r5906HjDM9Zv9e7bRwXFMNbEEjo\/qAMtQFBVkeKMsfffeYeOc+XzzZQv5NDeU8dx\/pYDHTpwUCpg7AbfoEED2sitkgN798lGOdjluXbtOnL+17Gjh6l+w3qyR3fVatXoCPvHTkXqxH0XWbeATMbiOyxeduOSiX1hrCnJCRU7S+KMUG\/aTNsb3xVyMzWaKVjf1JP1V3G6pXnERlLjsqFwFT+AS+UOt0x8LNlX70QnmaBL\/\/xTOPfzzyfRSy+MkrVfDevVoynffUvvvPeeLHhr3rIltWnenH6c\/jONHj1aCNb24YepS8dONHvePBo+\/FlZRY4zE7GScvavv9FzI0dQJMt1nBuOFe+LuX4YNvRpusz1SosWLRBbycDcYKm8\/ikgWri6SuVlXecld\/18u4sThlWUWOvlx6IH8j28Vk1q1rwFuXBmFQkOphdefIlKsj3O9PJktwGBgZwBL1BZ7ryE1wwnH6\/C0iwcxZVdlWphXHH5UAVufuI0uudY5qMJ9uuv86gqy2\/svYW1ZPUMe3TnBjk+1fz8jwHRy+8e3eAkbPsMrpZkMpejokUJwDuWKsmqGiMR2A3ci3xE6TCb4UHCY+4HUSBvYYszI3GwZZMmTalzl67iBzCEmANmUfDPI7+5C1mr\/crGk5xaLX9FlIA4mqggKO7IBNgx0KnBkxCaH1CxoULTRANxcSjaBx99TI+y2BCiIhwI+tvgHycsEqATkV9oMihGsoYGglpktzKw2GqyQFzATC6dAXxDpqDCQoUKUzTZ0KzU7vKSrRr\/OGGFW9RjvoE0SoLVq0A\/2941NHEsxDRDzPnS5negX57414iC+wJz8f434IEQBRbYcN8\/iX+NKPj3kOT+4MESBf8i2AlbQLATtoBgJ2wB4f8rwt6PNvPd4v8rwt7Xpt0dYOfYAoKMbiEX0Y2rWq0KBQUGE7bdw05wGRnqPFoMTGDERw1uWPMc7XEMWMhgND+j45NbFxGL9LB1\/tWYq3LQBGYqjK6Q2JnTplLvvn2VwT0C38dgij6JLpXjnpKUQpmmLNmpzquQp\/T5MWB9KyVVtt+TMV0GNirDaZ84rQRjAZiRNjG\/uZjt8wuZ\/sYgRvHQIjTq+eepbt26MvmHSGA+CMeDYCgNlMCgBO7q0DGwO\/+YCYeZBxBfHZunhu5AVE8PD050Ol24eJH27d0nu9FhkzD5uPwiCAeaMfVH6gXCIncYlmFAG8AW5nJntzjt48zJE\/T99z\/QG2+OIV9ffxr34Qe0fMVKcvdwl+P+Px0\/Xo5vmfDpBNq9axfViYigMW+9JbMPkyZOpM2bNlLNWrXof6NH05q\/VtO1a9dp6LBhZoYx6yEgXo5OnE5sN+WoBt\/NcckN6vBAjiamHWqGh1ODBg2FaDADQTEph6Ez7MeK40NAQAQnAx\/iEHPtmeycic8fRq6rcwr5lR1JZjCwjV\/p0qXlDPBz5y\/IdncAQoNjPQqHQxtSmKscEB5nlIwymRMhrrETEb9jV1CUJExSjmfCnTx1il546WXK8Eyj48dPyME9HTt0oJCQYPIPDKKpP3xPK1atpj49e9Bv8+dTlSpVJP7zFy2iAU88QbPmzJZDJ3FyEja3FGLyXzqnDVyPYUIkxZSFeTGM96oZjLxgmUzEvBA2c6xUuYrMtmJ6AnNfSBjOkElJuiUKEXgHcMMz7ogg0o5MACG9fLypkEch2cUNO1vCDHNV4GgprhKCkEkA0kPMIDGvvfIK7WJiwQ92\/4DiiHwSnvgOjsHs72fMfVXCwqgyE6hNy1Z0+MhRts+UkpaYeJOOMHHPnT8rW+9VZndr1q6hVs2a0Ysc\/h4OH\/ssgvMaNahPz44cQYcPHaRt27ZSqVKlZP5s5IiRMuvw3PPP0f49u2n1X2tkCr5U6VI0aPAQ2STzdkOHlsnE6Kho+u2P30VLxNvbm27gbBbsaslFDUTHpBy20QMRhbj450SCGNgdE0CRRy77mrcCxeHlhXCxOMARJAcPHJATiXFgEGCmlZnAzPkcLhKLsU8ZcMakJmeE5Brb4dvQSfBw9xA5DeA8m1KlSooduBkXpqirVq3GYsGPvmfZ3axpU4q+Gke1ataWuGIDyaMnTnLcM6h61TAprWXLlqNVTPwyZcrQqbNnRSTOnjNHpmecOMxJX0ymPr16ySlLUKN69Y03zDHIHRZRgEVJa9euE6UM6AhAWeNWojohCcSVosGRxx0ZAaLItDInGNwF4sAOxRSKFNjMt1AhD4kYOBdhYa9WnKZsJCieAWQS5PPnX3zJ5uoLKGyKW5UrmEMsaLGhGUaJJwYyhjm\/3aMdRGZCuQSExd7gOBpLxA+7wXFU7pw5OEFZVVYsqq5fEzGG9LRo0pTefvc9OXRt8+bNFFGnDjVq2JA+HjeORr\/2Km3bsUPSeTuIANROMphQp1gcoFjhHhV9lTntppyunJyaxhycKkoVUHBDpQEtF\/hJ5QiDC5FAvGMOPubqVTrLsvTAoSO0Z99+OnHqdI4jqgE8m8ki0HJZBqFxZ0LhGUSEOYgs7zDgZ\/jFd3Um4MS5j8eOpYmffSZEgSiqXLkyc2tNFgG76cSxYxyv81S5YgWuTxrRwcOH6SiLgX0HD1I55lroHsRyqY2KvEI40cSDRRqUV7CbaEx0jGQKSqDEGx\/MA0JYq7WKKC4zv4ipEcZ80rbKTPlVT9mJpQFz7R+kMOI2cVS4DYdg\/1psT+3u4Ub+fO\/\/+OO0YeNG+mPBAnp64ECqzGKhd8+elMAV49BnnpES+Ti7wTan+OyQYc9ICR341FNy7P9pLrWDBg+iS1eu0GP9+kpJPXDgED01cAAzyCl67LHHZHNJET954D8\/S4vIY+PfE8ePyZHTsnMyt16ucvFH0Ye8hS4CtGLOsuw8c\/IklSlfgcqXLyei7OIFbgbu2ytbaOOsr8ioSIqDjhiLgaJFixIq8y8mTaSNmzbRsKeHyUn4ldgtODtvsj4AhAWQAJ1IFE9wkr7nBaMfDaMZ5DikDZpW27ntfeHiBerVu\/dtwzRCRMF\/Hcak6oTfiQC52RrNQFQAlWqDRg2pB4uSO4orAx4IwhYk0PZGxxNdYqkw7xJ2wtogt5remXtZYNfbtQJsYSesDfISITDHdbektRP2HnG3wsBO2AKCnbAFBDthCwh2whYQ7IQtINgJW0CwE7aAYCdsAcFO2AKCnbAFBDthCwh2whYQ7IQtINgJW0CwE7aAYCdsAcFO2AKCTI8Zr9yQ3S63JytuF4YReNdmuN\/DBOh\/AhaORcLCqlWlgf2foGZNGsu6fJ142FkTnv0JGjOAJpLVVpn5+\/hIuDWqh1GAv5\/FHaD8m+9Gi3sEJvkQhvHblmfDBKDRHtCTg9q\/Bp5tJw5t\/d4JFo1uqFeOGf0\/atOmjewMdPbCBTp+9ChdibwiJ7VDsQ2a3vgClpZDKQzqnZ5ehWS3CmgiZmRkUeKtRMJhuTj7G3vChBYrRhXKlxf3+\/bupTm\/\/UaXLl9RH7f8mmjGtGmybUl+gIPXL12O5G+FcmgcnimLrmOToMgoKl22nCjnQfEC+lfRVyKpRMkS5OXtLaqlt5Ju0aXz52XjNewVlpCYKEqAAf7+FuLqSUS8a2U40ZG9zXQ4E9ZDtpkpWiSExn38MXXs0gXGlJGWSlevXpUtmqCeCbVKBAriQYkBapTYxKyQp5fYQbUe2oa4Mpjg\/hyxwt6FydvHV3aTg7rPgX176bPPJtLKVauycQCKzfR8EhbHXm9cv56mfD2Fvv76G9mhaMeO7fTKq6+KYl6VypXkZPnIS5fp1Tf+R2fOnaVypcvQ1998y3HNkJ02jp86LapD337zNS1cuEgY68Nx40BRpd3IRDRu\/oC4G++5wVlP6CKCWHOA7fSg8sg\/5MPFGFrY+ICoaDpBsxk7AmWJLis4A5wMndZUIb6T7N2Fr+HkevizZqqJgoOCCafZ60jdDxzYt4++\/OpL0RJHBqemp9KsWbOEwBM+\/US0vOfOnkcxMVFyCPycX36hUS+8SDOm\/0xubu6iUThr5gx66eWXOQO+Jw83N+baW1bOlHSyqBAOdVQnMzup3ZVuw7BKxiKR0MRbu24dnTt7RtTioeAravJsiTOvoTiMjcUuXbwgekyXLpyXPQpxEPmly5coljkbauYoWqCsjhCABRTQ6z\/MogWHnCtTBQuREXm+Qc1y84aNtGPbVtq2ZavoTcl9yxZ5lmvbNoqLj4cvUf8ZOGAgc5VSRU5MTKL9+\/ezXK8mW+xBxu\/eu4c2sf\/69epTzVp1qCKLJihAg7Pr1anD7mpR7fBwOnzkiBT7zfzt8hUqUOdOHen8mbM0\/4\/fqUvnLrITUr8+venMmTOQBSIa8oKoygNI4J9cRENDi0oAzGvkwbIpMSGBomNi1CHpTGAQDrmn\/WG9AVaYQFMaKpCFvQpTMBcrHJ\/v6VlYVOChEX7ixAn6leXrEai0m6GJitxFUYOa++AhQ2j\/wUNswLYcca1AId8zJGTcRx\/RsOHPiAoQNP8EyBwu3klcJ7i7uUoJCg4KorjrN4RZoLkNN9BYj4q5yhycQi4sFiCX\/QICLVrr4Myvp0yhj1g0TpnyheyVePT4cfpk7Fj6gt8\/+\/RTvk+R6JijlwOyUxyiC31VfOyLL7+S4\/OdsFDD1VVW0GAJETS7E7mIiEa3IcFQDkblhXUL7ly0UFEg4oULFyYfvjw9PeXE+nPM4adOnpYlQuJPfq13PIAQr732Gl3kYo2MgsjJYnOpkMx3fB+LLZq1aCHxFv\/8IyTnODlxRru7u9L1mwnMVJl0\/uJFKsMVWHpaiipN7Pbc+XPkz5Ur0pYERuE4RUdFCjMgzfUi6lKzVq3pz5Ur2f8lKhpajM3qcP3TmXbt3EEHDh+W9OdFVMDCseaoiTb20WMn5PluAaVdW+hv4q4yLjuM73CTmalqWSgDI8a5xxklhW24xGSasKoFRtaQ0BqBin6L5i1o\/Yb1VHluRZGhj\/Xtyy2CSjTn13n0+7x5dJ4rMqyU8eKKd8LEz2n+73\/Qjt27qf0jj0ip2cOV7LrVq2n\/gQOykgia5PsOHKRVK1aKmnwFFhNG5soNBdbz0sQEfxqJmBdQIQjyJCpgtuMfRwe1wA3rrbCWq3bNmuTKxd+VS85TAwdSqZKlaNrP06ktNx87d+1KfZ94nKpVrkLfTZ1KDSIi6PH+\/alLt67UuGEj+ub776gyE+vZZ0dwU6yk7CQ3cdJECXfosGekWYYWxITPP5Nm2EgWQVqm54V\/XPFYEzG\/isdoCiGRSclJ5F3YS3IRCcJ2eklcIWPXTBRvLICDGVYD+fj5ibwF12ERHdq8aBJivUEKKm1uRsItNtDEeoOvJk+mLdt30CefTaDCzOVYsHIn\/GsI+4tlx+N7BwgEiYAKUIcniYIhw1IB5uJOIIZmE7hRT+IPfqKjY2Sj3ypVq4qdXiWULQwbFJgouFvoRIjszAe0rNPEQnh6eZL5Jm6EEGZ3gHaDylADJtqdBfyM1Y3YPxytBZ0ld4rtP05YHUEkPj\/QRNDh4K4b96ChEJMvtbObyj5lq37RXAPxALHTzwYzbQ+ojLlzXP9xwmoY4n5fYEsQ1a83vN\/D94xO1fOdPf9rRMHdRPa\/hDsSNrfkajOjna07vOfmTsPWLL+i4N8KIayRADkSbLDV9poERlLgOadfq3ujXW5mDxrMokbXdUZi2SZb2WiCWC\/lTrvWdx1OdgLm9pT9+UGBnI6Exoi6K6iEKpJgWBHvxsRrd4Bu9Wn\/ypcRxtCUWwCh6recfv77sMhYJAzbKRcLLSo9GCs5rLC+KaIYCYK7frb1BXN8KLt7q5B5EGE5EgU\/XTo8Sg3qN6Co6EhZWn\/y9Gm6hRGtjAxZ6Ktb3GjLmdB\/5q4kRrUcHLBLsJpZwKE\/MpTn4iJdQmylj0OBMPVz5NgxWUWtetmKsJrYf2dqxgLEz9zE0h2HXMF28l1tj3d+Nsbn78Iy5+VVqBB9+MEH9HD7dnJeTGRkFJ09e467c5GyRwt6HYp4zH1MWEy1oNfi5ekp46FpqWmyfwr65yBsYTb3Dwqi0KJFqSiXAnDsrl276Zvvv5cxWZ0A3GEHwt7rWAH8ouEfFRlJ+\/ftoZKlSlNV7nZyBCk6KooOHTxEvt5eVKN2hGzyEB8XT7t37iBfPz\/ZCD09M50unD5DlauFCbNghTjiruOG9GJYVBNam98NLGMFwQEBNGnSROrYuQu5cOBZJhApWY44SWFCYzME5AC4F4nJysKeMVnkwQTElE1mRjpfmWyHjSIyZWwT82EY7HDHHjMc6SOHDtGHH31Ei5csNXOtIu3fIezFixfp+ZEj6BrHE1tZvTl6NNWpU4dGPPssXYy8IgPcL44cSe07daYXn3+eDhw5LAQc8tRAqhpWlUaPHkOr1qwhV2cXjk72qSSpB\/gjVrO7hwy9wx+mOs5w0U9OukVuPj5s5iwjPjIRyBEG0KtWc16ZIgZQ3Fw4Qo7OnMv8Lgt5ERr\/o+gbgbcM9ocBcwDflBzVdzbAHYlGJqCUYkwcJYX\/+cU83QM3HA5EDXqpmzdupFNnzsrpSuPGf0rLly+n6\/HX6PDRY\/Tjd9\/S\/AULaPovM8mdS+TGLZvp+2+\/pfXr19Nv8\/+gZ4sUkR1EcIYMNgfC7AkLPbp+7Zplx6aQ4BByZMa4V1hmEBDIqtWr5QyBmuG1JKEY0QchEm5co1Qu6sksEnDYGXaXwL5a+MOQnN5sx5mLW2HPwhQQFCgb4uAddqkcBrYCWffXGjpyVIkBRSLA2vIAUd97+206dvy4yD\/JPBRHUFkoze7APux52LBnqGXrVlzZhsqOGQsWLqKz589RrVq16MSJ41S0SDDVioigS1ciaf7ixXJCh5uLK0XUqyvT+d\/9+CPdvHmDrkRF0vDhw2U7loEDBlCjRo1pxMhnZWof8Xqs72M0aMgg\/rxa\/Y14I653gnmyCE5NtGHjJvL0YpkUFiYEQ4QxXxUVEy2VEnbvuZXEhOU\/5YMDYMJBxqISQ8S9mdtDgoPVIT4sDnD4Q\/y163Tk8CFas24dXc6mU2AlL54yMk106MgROnf+vDKwpEB\/zXznf5yUBHgyJ2JvGjDFDRYHHh7uFB8fKyIIzII9ZbDVVTLLfk8vTw5C7QKHfEI9gW2enhn6NJ08dZK+Y\/lfguX0RUyVv\/SSxPtr5vrOXbrIPN69wLKLkf5dunwFF5UNUqy1IgYIik10lKscyRSgtIKzkBlIHE5FwpksyKDkpBSKjY2l5FymcABdO7u5OtOcOXOVKNBfwL\/ZHsyKKRwpKSIKTLIfli83D+cvWEiTJ06k1UzguvXr0xWufNM57glc1GFfulQpWrFihZTAeBZ7noU8yYsJjYxv2fYhCgwOou+nTqWkhJsiZtp36EBnT5+iiZMnyYlOGDq8F3CdpI5EUVFXdxQLIWhyskyD6\/FMAPb6GdD+AFRI4AIRH4mJzEE35dQ3RAzE0rD6UU0cEK5rl04UFlbd3FRzlsoS0ywoDSgVuGAGO5jJ+QTsD3vBrN2wgQoxgTZu3iz7cPXo0Z1W\/rlKNiBbtmwZi7aa1KtPb1rOhD3P9Qjmw8qWKSN7ay1iMZHK9crOnbuY8zPo0Ufb08\/TZ1BSYgIdOnxESuzgwYOEQSDvVazvDCGsMaGqkCvPmittkdNMm+BufLaFMjPa4BnR7dGtm5xMZPkmEy23EADZV5AzGyhZshRXVvEsClZRMM6VGfU81xN1yJFL2Jq1a6lkiRL0\/KgXqFKVSnII2patW2SK\/uWXXiQ\/P39RQzp37iwlMiGxOxy29kOFhwzENM5zzz1H1WvU4C\/xN28TJ1vkmJpRHkFgqxzFuzK5E5Q7jdu7t4Yuza27PDMxN2RwRZp0K5HcIH64GAOYC0tNTWYCWStXAMdF4fQkNyYcSiJaGJDBaHqg57l\/7x56lon5+2\/z5ShZFw7zbolphKWJhrt+zk5UIDtRtVvt3nrP6c4WVjNdNozfyR9wiA\/0GEBUHRZqcBxRaCQqgMoKRAUgStDyUW1tVzHDHl2TJ02i4CB\/cnZV6lD5geWIatz1Beh7bsjLrfFutDfCaGZ0j5o9v0DiNQGMhMiNKLZmumLUgCzFAWrotthY3ROUNP6Hgfjreap\/GiA02s\/geN0hyQ\/+FYQFbDnnn4TsoWi45wf\/OGE1Oe++vv1v4F8jCh4wuv57REH+pdm\/E\/8awj5o+BcQVnUpHjBJcGfCWiuX7Pe7xe3cw87SpXjAZIH0vG6XeJ1ezVVG7sruL7dQlBl+bf3g\/oDRMhssHKsTfDsYiWy8K+RGJsWP+gJs7w8q8iVjNQei7WnNkJxZo93lhdvZ\/deRL8IaudDKeTl5UJko4hsvjZw+HhyYNWHyTmR2glg5VN016XK\/AAgDY\/h5fedBQ64cayQOBvcUYdSbHuzTBFKmuV86DA2YGWG0yy8QJmZr9bMtMC5rmQGR8Ve9KCO7a\/2WWxj5QQ7CGhOLycHQIiFUrGgRCg4MID8fbxn89fMuLEeeeHt5iWJG4UKFZKkk9Aeg+OHL9j5mOxxvgp2Y0fxQYRt\/7z9ARACD33jS38XMMt71YI8wjJngODNcx+d+xcsyg6AClChQYIA\/FSsWSqVLl5HzYuSEjoxMykxPk7kmQFYnIhHsRY3EY3moyTxr6yLDbhh+w\/pVzBth7iwuNlZmaa8nJEgYgKoATaIXkJ\/FHYiXzEVBCYGJhsRgYTGmb6BcAqJhKQbihegiLRgYB6AaBdLKYg22vJ8jbNmmZlyZaA0aNqCK5ctRSNFQKhIcLGdiYeoCqjaY0ZQxSjMhQThnJ4zGq5xHtJBISQT\/YRU4pkJwJhhWAUZGXqGDhw7Ttu07hCDaH4qNrSaMDu9OgPbN+++9K+tg8e3AgEB65733ZK3v5xMnyoRozx49qXO3rnTq5En67JNPKf7GderSsQN16d5Djk7p3LkT1axdxxzi\/YFl3gKJKFu2DNWrX49qVK9BRUKKyJy9MxdvrJFyYmJhXayLq5soUSDhGenpopQBM2jLCCM4OomKEjgG2iQgKvYwwIytPyca+XL+\/HmZuwc08RAeIBnH4TOV2JI5DwKU7+BFke9ZnCHgNOZQlJ4U\/sa69euoeGgxqlqlKpUuU1p0yt5lYoM7y5QqTR989CHVrBVOH77\/PsXGxYnexPgJnxFO5diweTPVw+Jlc\/hYve7IaUW8NBcjHGj23GmPAiPMmjDq1y+A5aivH\/n7+lAAiwMob0D\/CsTDCD\/m6XHkCPQFME19CwpwXOw9zRstgGqIFFSQ8AxiQQQk3EwgV5cYWUWOM2EwP6UBNwgbxRHL+sePG0f79u2T8HF2l0ocijoIrDxAOeTpwUOpSYvmlJaSQimpaRQTF0tOJ09Qw8aN6WpUJJ27cIneGTOawmqE0649e2n5shV05PhxGjZ4CHXq2pW2795N6zdskExYtHgR\/fnnCurStRs1adaMFs1fQBeY42NjoqntI+2pSdMmEte7JSpg5lgkjyiecxMbP8QUKUpu7h5CyBSZ1XRhJ1lMJCi+ZRD2HHBydhV1I+QoOBZyC6FAvmJ5JNb1C5cxQXCqHJbVY\/U4TqKDWADUV9mVZIIi4KGDB+XEIthhoTRKB4B3fMuBSw24BwfsIJlQdYJGY3BgEN1KTqK33nmbRj33nGRKmXLlyC8wkDw83OjcuTPC+ThTBisLUapir8aIDsQezsjK5cvTiJHP0axfZsqmEtExsVSOuf\/3RUto3uxZcijb3ZOVCSsRVs905uxZOnrkqHAEDkyT6WQ3d8SHUwaZycWdI4QE6soA08cgDBxBgwTyUioO5gTIv\/SMNFHxRAKuXL5Mp\/kbUVFKPUgBMYCGC1QoHenb73+gNCikMUExg4oltgheRxILkVHjezFxYOzlWYg+HjeeSpQoTn\/9uYpeG\/0\/OdQHHJ\/O30zjzEcdAV1dxDGBxZLo+yINHF9o7gwZ8BS169iRevXuRXt27uK4ZNFj\/Dx0+LPUu1dP2r17lxBWi4a7gXCsjjdOyty1Z7fIROhggTNAQFRSgBRZNsMFc9hLzc+cDdko5qjM+BmEgWzCiZsgGloG0K2CdgoqNA3JM76wswdwN+tUjThz+gwNeXqoKNPFXr0q+7ngvESIljXrNlBERG35XvPmLWn9ps2yiQR2+rjOpQeydeOWrXQlMpLjdl3S4eWtMgwtmAQ2w8p26CZAtkMMSi7fDXGh0Y2WgYubB1\/62d3kypd7oUIm5li5XN357u5h8vH1NQUEBJhCQkJMxYoVM4UUKcLvgWzuZwoIDDL5+wfIPSAw0MSVlcmjkKf4Q3gIV1\/YiwaXfp8zazYzRN7gjDI\/ZUdScpJpQP\/+pgoVK5pKlS5teu+dd00paammT8aPN5UoVdpUtlw5tn\/SlJCQaPrxh+9NZcqVN1WtVs3Ut3cf0+XLl03NmjeXtITXqmVq2aql6cL583LnusVUo2ZNU9MmTUzR0dHy\/dxjkDtyaML8E0D+\/53V39jM4SjLZYiwqmFQB0KYJjq4f79syVKXORMa3fjOEW6WYcFxnfoNyNOjEJ04dlTEVGxcPNWJqCN6Bd27d6eWXIk1aNiIqlSrKsvrUQJQa9xt\/fVAEFaVTFR\/WiCbRL67uELSYeelDGkuiiY6V2pCJBZVEF1otqECxDP0c6GlPm3qVKpRozrVa4ijZDmL2F5C5+e7lbH\/ecIWBLgk3zUB84KqMezIhr9LVMBO2AKCnbAFBDthc4NUgH8PdsLmBruM\/ffCTtgCgp2wBQQ7YQsIdsIWEOyELSDYCVtAsBO2gGAnbAHBTtgCgp2wBQQ7YQsIdsIWEOyELSDYCVtAsBO2gCCE1cO60Omz\/iqTvJHThdUfoMIxwmhni398qvg+QwhrsiRUzcnjHU\/41eTRLqz3nKRQvjX0U+7+8WQ0uw+D9hZVKA2oPclhQwbADXQRcsb+\/sKs2KE+YyQKzPGOSxLOFxQdZMsnKJPxHVuAuDo7y5Yh0N7DM+5QmfdwdRXtE1cnR849azboL2XLGKaqk1l36+7AfplgQiC+b9+2lXr26EE9u3ej1StXCvH27d0jp3N06dCBlixaTNih6OjRozRowABq9\/BDcoIHdld696236OC+fRKWjp3Meekrn5DdOOFdMwyesY7A3cOD\/P38yD\/AT50h4+4uSshQ00RioEmiiQ8NRBzKAALhDzsAQQMcynDQHLyZkCh7d+EwoIsXLso2UsbvQbUdm+307N1bGd4J5gSDGNduXKfH+vah4KAQjocjXbhwgabPmEHPP\/ecqIsWL16Cdu\/bSz9PnUaffDJeTnOqUqkyrd+8ib776isa8\/bb9NKoUfTQI+04zhx7pI2DRwkCxyM996IXq2FR49T3ShXKU726dSkkpAiFBAeSl1dh+RD0X12x+Qzfob4DTUIUKOiw4jgTXcScnKDi6UpOzk6iX4tt+5JvqbPCkKgdO3fS7t17JNKKPNmBcLAQI4tThhUCWSYkjRPI75JQ9sSm\/B3OPDZDCXmEidKgXj05Wgqq+Nir8Mz58zTm9depRng4DRw0iDZt2kgHDh6i4cOGUftH29O+fv1kry1oJy5ZupTW\/PUXPdKuHTVu1ozm\/\/Y7xTATXLsWR02aNKUWrVrxt7DH4t0TWDS6FRxEM7tF06bUsHETCgwKlNONoD8KvSaoMIK40GE18bMDEwCRko3H3LE2gfmQCSvbgooGdpZkANQ4wbEpybfkVDqEhe3zcOqQylAmG4jMF9y\/9+47dOTIYU6E4njES2mmqIxARiIOgwcNphZt2pJXYW96njlu7uw59O2PP1KbFi1l70KgAjMJtgJEJh9jMZDKpQcbmeGgH2QI9tuC6uZeFgVVKlemF195lab+8D1N\/WkqxcVdo\/Aa1en3l1+Ww9XuVT\/WsoAO8PH1ocCQENmBMzgwkAKDQyi4aFEKLVmSioQWocI+vuTr509B2Be2WHEmfhD5BwbJRmJFuCgGFykqG\/GGcBhBbBbCfouXKE7FQ4uSL\/v1C\/CnQA7XjwkMgKj66xxnES97udjidCbspnn8xEk6fvIkHTtxgo4dPyHvR48dk02DodMKBkpLS6GtW7ZSvQb1qeujHWjn7l2ifYjFI4k4VY+JCaU2bLcHpTao9+tKDprpqC8G9H+S3v\/gQ\/L39aWjR46IXc9uXWncuHFyHtiePXskjHtRPRLFY+XcRHFXY+nSpUtUsnhxLs4ucqAN5C1UGzOzWF6mqu34ZEEHy91UKBDzx6CEDG7Ghx1kFQ2HBt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agarose gel in 1x TAE buffer\u003c\/em\u003e\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/1Kbp_Plus_DNA_ladder_UNI_R7018.pdf?10546501736593966166\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$30.00
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{"id":199038042140,"title":"X-GAL (5-Bromo-4-chloro-3-indolyl-beta-D-galactoside) - 5g Uniscience","handle":"x-gal-5-bromo-4-chloro-3-indolyl-beta-d-galactoside-5g-uniscience","description":"\u003cp\u003eX-GAL (5-Bromo-4-chloro-3-indolyl-beta-D-galactoside)\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eOverview\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg src=\"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/xgal_large.png?v=1507564238\" alt=\"\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eMolecular Biology Specifications\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg src=\"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/xgal2_large.png?v=1507564266\" alt=\"\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eRecommended Use\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eThe chromogenic substrate of beta-galactosidase\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e+2 to +8 ºC\u003c\/li\u003e\n\u003cli\u003eKeep in dark place\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eSize\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e5g\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eWarning\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eSee Material Safety Data Sheet for additional information.\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/X-GAL_UNI_R3132.pdf?8659887821248014579\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e\n\u003cp\u003e \u003c\/p\u003e","published_at":"2017-10-09T11:47:54-04:00","created_at":"2017-10-09T11:55:14-04:00","vendor":"Uniscience","type":"Reagents","tags":[],"price":26000,"price_min":26000,"price_max":26000,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":2688700153884,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R3132","requires_shipping":true,"taxable":true,"featured_image":null,"available":true,"name":"X-GAL (5-Bromo-4-chloro-3-indolyl-beta-D-galactoside) - 5g Uniscience","public_title":null,"options":["Default Title"],"price":26000,"weight":227,"compare_at_price":null,"inventory_quantity":3,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/x-gal1.jpg?v=1527227366"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/x-gal1.jpg?v=1527227366","options":["Title"],"media":[{"alt":"X-GAL (5-Bromo-4-chloro-3-indolyl-beta-D-galactoside) - 5g Uniscience - Uniscience Corp.","id":518857130072,"position":1,"preview_image":{"aspect_ratio":0.919,"height":223,"width":205,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/x-gal1.jpg?v=1569004505"},"aspect_ratio":0.919,"height":223,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/x-gal1.jpg?v=1569004505","width":205}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003eX-GAL (5-Bromo-4-chloro-3-indolyl-beta-D-galactoside)\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eOverview\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg src=\"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/xgal_large.png?v=1507564238\" alt=\"\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eMolecular Biology Specifications\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cimg src=\"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/xgal2_large.png?v=1507564266\" alt=\"\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eRecommended Use\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eThe chromogenic substrate of beta-galactosidase\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eStorage\u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003e+2 to +8 ºC\u003c\/li\u003e\n\u003cli\u003eKeep in dark place\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eSize\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003e5g\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eWarning\u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003eSee Material Safety Data Sheet for additional information.\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/X-GAL_UNI_R3132.pdf?8659887821248014579\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e\n\u003cp\u003e \u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$260.00
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{"id":10205583369,"title":"2x UNI SYBR qPCR master mix (low ROX) 1ml - Uniscience","handle":"sybrlowrox","description":"\u003ch2\u003eOverview\u003c\/h2\u003e\n\u003cp\u003e2x UNI SYBR qPCR master mix (low ROX) is a convenient premixed 2x concentrated solution which includes: Hot Star Taq DNA polymerase, PCR buffer, dNTPs, SYBR Green I fluorescent dye, Mg + and ROX reference dye. The mixture can be applied for target detection of genomic DNA and cDNA. The SYBR Green I dye binds to dsDNA without using sequencespecific probes. The chemically modified Hot Star Taq DNA polymerase is inactive at room temperature which effectively avoids the non-specific amplification caused by primer dimers or the nonspecific binding of primers and template. The unique PCR buffer components and the hot start enzyme ensure PCR specificity and sensitivity. ROX is a dye molecule that can be used to normalize the well-to-well fluorescent variation. Suitable for ABI Prism 7500\/7500 Fast, Stratagene Mx3000\/Mx3005P. Corbett Rotor Gene 3000 and other low rox level PCR instruments. This kit contains low ROX concentration.\u003c\/p\u003e\n\u003ch2\u003eShipping and Storage\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eStore in the dark at -20°C for up to 1 year.\u003c\/li\u003e\n\u003cli\u003eFor frequent use, store at +2 to +8°C for short-term (1 week), and avoiding freeze\/thawing cycles.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eApplication\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eGene expression analysis;\u003c\/li\u003e\n\u003cli\u003eGene copy number analysis.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eFeature\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eHigh sensitivity: exactly quantify the low copy template;\u003c\/li\u003e\n\u003cli\u003eHigh specificity: reduction of primer dimers and non-specific products;\u003c\/li\u003e\n\u003cli\u003eWide linear range: accurate quantification.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eProtocol\u003c\/h2\u003e\n\u003cp\u003eThe following example should be optimized according to the template, primer structure and target fragment size.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e1. Set the reaction system according to the following table.\u003c\/strong\u003e\u003cimg alt=\"\" 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pZb+g4dOiSykj1UrveJ6Tx2dlaTzGRDjK9bvEhReYZOHR3VtWsuIrPZUEueOKlqYrTqdOvWQwxZVtYMO04pkiZTaeka\/A2kItk6f56pdWeW0WLIRjTfK0umzHLslq1\/ryUgOEX7U\/fRpk2XHhEjRcLNGzeMFBPr128EFbL0Zfr7+SNChAiIEzuWsReITX9zPxmv1BImTBiEobSYMWPIPrKWpE0\/bFhONfUP8DFhw5qKgvdxH5GZGDFiIlLEiBKI4OHuLivnx4kTx9jL94qNT58\/Sz8bX4fPjxMnruzjwIXPnz5J\/x4JHlN\/Gu3fsX07Vq9cJXls1NSW7hcZHz98pGuHR2zj2uYVIPh+jPn6\/nRNzX+HvV0znD53FgMHD0Lrtm3RolVr3Lx+HSdPOiNC+AjyDs1BeW5u7l\/qUXBIXaSf+e\/v5fNnhYhUBwsWyIfixYuiecuWWLhkKezs7WR\/9Bgx5L7u79xl2wzHHpDQkjrJ+Pn7oUat2pgycybyFSxEKWHQuEkjFCtWRPYHhQNwokSNhhKlSiJViuRUF8OCjAiq37GxYd16GQmwe9cuRAwfHmfPnkWCBAmQMnUaTJs8FVUrVYHT3j2St8iRo0gQ41v3dyhcuKBcO336dJg3fw7q1KmND5QvvhfD\/5rzy0XEkdxXL11CFPom69SuLenJkyVD0eIl8JiejQN\/+Pvnbz1\/oUL0vUana3ySvl7+7n6knP8uESJExHs3Nzi0bYN6NrVQo0oV9OzW3dgXQd6NOR+RSZ69oPdStWoV7Ni1E63atMWVy5dwjsqP61KhggWwdOVKHDh0EG07dMANFxccP3pMAkFD4u3rN3TNZ0icKDHCWdQ\/\/ttSLs6aOQs7t23FgMGDcersGcyZPx9XLl4CORmyn+szl51Sn7F85XIsXrEcsWLFxt7du2X\/zBkz8OjRIyxetgwHjx6BfctWePXqlcSaTJ00UfqOt1N9OHDkMLJmzSrxNfxM\/O48PN4jZaqU2LJ1M0aOGYN3bu+wY9s2OHZ2RIVKleBPxy1fvQpFixaFp6en5D081avFy5dh5pzZSJQwARo2aoQ9+5yw28kJBehdb928id53DEyYPFlicGrWqYWZM2dIXhXVIy73qFGj4uatWxhKz8zxFYePHZO8Z8ueDSOHD8eTJ08RLVo0WaQ9ceJE2LRlE8ZPnARv2t5H9fff4qdWtLxId6bMmbFm1Urs3btPgoLIYsTYUSOxZNFCUTo5cuaSl7Z123b40cfGwUynT51CsmTJpZLxiw4O88cclAgk0G5cdwFZiaRAFY7RS\/Hx8UGmjBmQOVs2UZ5btmyViD6yQnHi6FEkTJgQSRIn\/nKvoMEKHz99lP0pSFi9d38va18uXrIIZcuXR\/ZcuZCNKiWfo+i\/TyHkl6\/NH6s3KeAPpJQ1\/w3Ozs5Yu2adCHyGjTCuO\/y+kiRPLgbQc1dTUNu7d+8QL34CRCNhHxxskIU1BC55Wt9UypawEEmdLh0mTJpEQmAiRo4eRYK6srEXyF+gEBmDkXCUBJwlY8eMQ8WyZXHixEkRdvy9pE2XhhSWDcaOH4fIUaOgR9duMnwuJLjOWdbnKJEjw\/+DP7LQt1CGvk8rq0oYMmo06jVoQN\/gNtSqXl0CmDifterUMQxGk6FAag8vX76S6\/DXt2vXbly9coXq9ie5D\/9YoXC5BCjbMFLmn+iY12\/eSBrj9vYNwoUPJ89leSwjypq+XfN2aPPx4wdEjxULvfv1w5gJ4zFx6lR06tJF9nHZmZ+N4e84WYqUqFy1qpQlyw5+Xq5H8eLGRXtWriTDbJvZYvuWzYgWnerSXzxGeCoHVvYspyylGt+Lo9HNnDx2FClTpiTl3kocBOvq1mScFMRp59MyxIyNAj6\/QqXKiB8\/HuLFiydKKCwZWOQd48K5c8iQPj0ZZkURg\/I1cdIErFu\/Ts67QcZnLLrm0qVLMHGCSemyg3Tjxi1xFqLSdaxrVBfFlzBRInKgTEFu\/P4iUzkwfD\/JA71PlnFFiheHVcUKSJ8uLUqTsVetRg3MnjUbzZo0waOHD+RcPp6fhfPN26x4GXOZc71zuXIVT58\/RfMW9khOMjhVqlSoXbce1SE3nKa6z+UfifJQrXoNed6EpNS5HoYJ8++px59a0bIVw9YPF1azRg1RrXJlGebA0WlDR4xA7ty5UK9hA7Fke3fvgRpVq6GmtTVVvAjoP3CAFCBbR++9vaQSMmz5vn3vLhYMw5XRlxQh7w9Dx7MV5UUeSusWrWQ4x\/w5c0ghVkBRqlw2tWqhXIWKGDF0KKrTvapWrCTCdQB5O+wx8zXevn0LTw9PuTZXGHfygt+QxckWGnsi4alitKV\/W9o3R+cODjh8YL9USvY23pAgMXuynC\/eZkuQiRcvLuXZE90cu2AbGRWa\/4bly1bArkljTJkyFQcPH8EmEiwpSFgVJM8jf4GCpHQ+YO3q1Vi\/YRPOk1dSmCzyJImTGGcHwMLkhss1rCGlvWLlKlwhLy0c1TXGrLjNXp0lvI\/TOWrYUuFZwl5uVRJCG9auRbeu3SX6ckD\/gViyYD5Z6UmQLVtWyScrelbaTHay6PsNGCiLVA8bMiTQmFsz7EkHzVdpUtxent6iXKysKkod3bxxI9Xr8Lh6+QrVfQ+ULVcOqVOnpme8LC06rEQyZclKXmwGKs\/lEnE\/d+481KJvec7sufJ9s4HpS9\/Pnr1Ock3+ds1jlUvT9VjYjxoxEocOHcH8+QtxaP8BFC9Rkso6kTwT59OyfDjPIZXXv41Z0dvY1ETdunXQhOpLxQrlJS3oO+VjWTmYMRvQLOBv376D8mXKYD95bJVI1rGnx\/v\/iqRk8KWjsr106aKMmDBz7vwFVK1SFRPJQ2NYvvE75dYzRuodXT9sWPb8ybih\/8zKiWFZyceIkWA8oylN\/hSj6cGDh9JKyO+L2w75eEVeMbc49B04CAkSxKdz\/En+hZMWO4avwch1CXMZ8TUYc3myIcXw1pQpU1C\/dm34ePugmZ0dMmTKJAYfH8tlZM57cJiv7+8fsBb1J5L5fGVu9eAb8L1Z9jNB8\/dv8FMrWqZ8ubLYuGULOnfrSh9qejRs3AjLVq2Co2Mn2Z82TWosWb4MXbp3Q8xYsVGNFO2SFctRpkxp2Z87d24MHjiQhFFx2U6bNq00I1SpYvIIkqdIgQF9+6FEyZLSXMAfe\/5Chcnqa424pNzatm+PKdOmISJ9HAnIyptPnnS\/AQMQl6zPsuXLSTNKdbIMGbaE+vTti9p1asl2BHpxrVq3QveePaSSsyW4lPKWLXt2vCcDoFefPpg91yRoclDakGFDkT9\/Pjk3aZIkYizUq1dftpvaNqPr9EaWLJnpPvElTRP69OrdkyzxmhhHXmRjsoLfurlh3KSJUhcqVbJCuw4dsZTqRNuWLchbTId+\/fuJhxEU\/mi5C4KHA40dNQopU6Um4WP6kHkfW\/1mQWPJt\/aZYet77PixaNysGSn9VXBo3QZzZs0kpV8M02fPEov\/IwmPoNepV68uapLwOnrkCBbMX\/BFgJrh7hU+x1LgWNEzd+neHXNnzkKeHDkxcdxY+aYSkWdW08YGefLlQ0f6ZmzIs2VhFiNmTNy7e08U4tCRI+Dm9hZ2jRtjEHl\/FUmZdOvZHVGjREbBwoXx7OlTdOnYSSZlYc+Hm6rZ06pWtQoGknF7\/txZNK5fD3179USZ8uUxhu7N+WNBGvTZ+G9O+6\/gPJiN+aCYFYcZPjZoGiu6gwcP4vbNm2hJMqNZs6aiENnAYoOM30HQc8wkTJCAHI6GuEMeZK8ePWTY4YGDhzCof3+cPXUKscjbZgoVKYqnT5+IV3j\/4SOqK2vFOMxHMidK5EhfFKtZMTHmbVZCefMXkCGRK0n+8vjurp27oDQpVHZacuTMiVevXkrzbl96t1wWPDQuUaKEVA8+yzWCXteMWbGxocFjX\/levJ9bJRhWpJvJeIwSJarIyEpkgLjRd8hlZn7\/6pPC+\/ceMimLGb4GXzs75S1Z4qRYtmQpLpN3yz82SrmbLk+e3NLiyPcKKX\/\/CnTBnzYY6r\/m0eMnKnuWbKpWzVpGiuZ34u8EQzEkNCRKkqMsnz17ZqSa4GjaEydOqm3bt4cYeMPBUBxEVad2HQmU4ehJPvb+vXsS2OLr66vu3rmjXr16ZZwRAO8jRSWR598DR3hu2bJVnTlzVnl6eRmpSpFgUrdu3VJvLaIwGQ8PT3WDzrl\/7z7JmsC8efNW3aF8WV7HzOXLl9XGjZvUpUuXFHnKRqopUGnjxs0S1ckRv\/xclmXG3xjn79Chw4oEtJGqJLrYyWmfRHt6enqpJ3SdR48eBQru4bzwPU+ePCnlYsbXz0\/K6MUL05A+zg+X14P79yUa+lv802AojtotUriIRJXfp\/sFZc8eJxU9SlQ1fPgI2W7YoJEE6dw2hp2MHzuBJbratGmTunnjpgTIcbBR1cpVJECMR0xMGD9eub17L4GW1apUC3Z4jy+VdZ\/efSTAiSO7OUKbA+YG07ORZy\/HPH\/uqhrR\/RPQvoxp08vQH47S5nfGbN+5W0WLHIXyOlK2ObiTA7LKlCot2xzQVrQwByLFVRnSplMJ48RTAwYMlHd09uw5CdbiIKu8uXKr+LRv0KDBMpxt\/ISJEkBnDi7iqOvIESKqzo6dZXvkiJHynMmSJJUhUWQEqETxE6oWLVrKfr7GpEmT6ZniqwJ58ynratYqf558EmR26dJletdPJAiLA\/caNmgo5\/DwMc7DufMX5XyOXOYAKA4w5SGeGdNlkHrITJs2Q0WJEEmtWbNOto8ePSZBfK1btZbtHyW4YKgw\/H88wPrkiROISdan04H9SEMW6p\/Ic9cXaNygkVjoc+bPkeZeze9DVatKqFbdGu0cHIyU\/wYSZChM3kAO8gB3O\/38Ewj8SfBEE9zCNGDQQCPlx+AARw5k4pawQuSVcz+hJdyUe\/HCeZKp6ZAuXVqQYSITkxQoWFC8dp6U5uaN68iVOzeSJEmCy5evwGmvE5ImS4rSpUvLvnjx4ktT6dnTznRONOTJmydQK4MlZODgFHm03KrCnmq+fKYWMjM85ebBAwdw7epVZMiQHuUqVEAskvsMT4px8cIFaZnhvLJ3edqZ7xlF8ss8e\/ac8rcXL1+9ku6TkiVLUV5kFx48eAAnJyd4vPeUoKbCRTjgDvSM93Hn9m16xjzS6sddA+fOnUOKFCmQJUsWvPfwwLat2\/Ca7l+vfl0JJj154jgSJEyI7PRuGG725WtfofIpUbIEkidPhhsu15EjVy4kTZpEmsn5ubJly4bKlSvh+vUbeP7sKfIVKPDl+a5cuQJS5OIxc4sn35t5SN79rZs3xCtPnDixeMvnzpxFEnoHfL0fhQxoVChbjjzs9yhC5bBl+zZoRWsB9+lw0wM35SZNkthI1fwu\/L8ULc+6NGrkaAmGa+\/QXhtwPxH\/VNFqNEEJTtHqL94Cbu9PnSqlVrKaf5U4sWNj7NjR6Nixg1ayGs0fiP7qNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQhGtaDUajUajCUW0otVoNBqNJhTRilaj0Wg0mlBEK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU+UrRWq6VqNH8TpiXnNNozHCd+NYShBrNjxKcDv1qUYENmzchVarUxm6N5vehQd26sp6qfYuWRormT6dl8+bInCULuvfoYaRoNP+Mhw8foHZNm+BX7+HlkHiVf17mSVt4mt8RXoyal8jSrTYaMz6+vrLQA6\/YpdH8G\/AC8ixreEH8goUKBVa0p06eRIwYMTBl+jQkTZrUOEWj+X3o1rkLipUojlq1axspmj+dAf36y\/rT9i2aGykazT\/j2bNncOzQER4eHihcpEjw69EeO3VSFr\/VaH43rCtXQc1aNmjRqpWRovnTadygoSz43btvHyNFo\/lnuLq6onjhIt9ej9bH29v4S6P5veAmHX9\/f2NLowE+ffqEDx8+GFsazT8nOB2qO2M1Go1GowlFtKLVaDQajSYU+aqP1unAfqRJm9bYDTg57cOlixcRLnx45M+fHyVKFDf2\/BhHjx7D48ePUdPGBlGjRDZSTezZs1citGrVsoEn\/btxwwYkS5Yc5cqVNY4w8ebNW2zZsgUFChRAjhzZ8eLlS+zcsRMlS5ZEunQBeQ7K0WPHsWPrVryk4xMmTIgy5crByqqi7HPatx93bt1Ck6ZNESNGdEkzw82MK1euQiwqF873vn37cOvmTWmCZJT6jCRJk6NChfKIHTuWpDH79x\/AjRvX8enjJyj+77Oicz4hRcpUKF2mDBLEj2cc+WPcunUbBw8exMcPH+jeCh8\/fUQY+o\/fV5myZRAjeuD8+\/j4YvuOHXA+eRJub98iVerUqN+wATJlzGgcAXqm\/bh544Y0oVnmNWWq1JTX0ogf7+\/lNTTw8PSU540ePZqR8mNUtaqEatWt0c7BwUjR\/Ok0qFsP2bJnx4BBA40Ujeafcf\/ePVQoW+7bfbRmPpKSGDJkKLp16YrLly\/jjLMzHNq1x7Rp04wjfoxNpDxHDBsO72DarxcvWowpkybJ354enhgxdBjatGyFG6TULHF98QJ9e\/XGiWPHZPvFi5cYPWoUbgY5zpIZM2aieTNbXLlyFb4+PnBxcUG7Nm3Qu3dvUVYc1j+gf3\/MnjXbOCOAVaRke3TthoiRIpFJAiyYNw+jR44iw2APdu\/ejV07d2PwwIFo3LAhnj57ZpwFLF28GMPpGY4cOYLjpORPHD+Bo0eOYRiVZ73atXHr9h3jyB\/j\/Pnz6N29O9av3yD337t7L+VhF3p174EmjRpLeZh5+PAR6tK9RgwbRgbKG0Qh42bv7j2wsa6Bnbt2G0dR2S9ciJHDh1P+jn7J6xH6e8igwahfuy7u3L1nHPn\/5fr1G2hh1wJ3qRJrNBrNLwV7tNWrVlMJ4sRV6VKlVvfu3uUkRZ6OSpooidq8eYtsM\/PnzVdpU6dRV6+5GCnfT68ePVX+PPnU6zdvjZQAbJvZKavyFeRvUhaqYN78Knb0GKpJ46bKz\/+DpDMu12+oNClTqwVz58n2NRcXlTdPXrV3r5NsB+X+\/fsqfdp0atLEyerT58+Sxv+\/ZPESFTNadEXenqSNGzteJU2YSJ066SzbDCkYlSVjZjWw\/0AjRanaNWspe1t75ePnp3x8fZW3t4+6dPmKykrH9e83wDhKqWaNm6hKVpWVr19A3j99+kzHXlZZM2VRnTp0NFJ\/jFUrV6u09Pznz1+k+1MefHyVF+Xh6NFjKlXyFGrY0OFynIenl6pG77RsqTLq9u07ksa4v\/dQbVq1USmSJlfkHUtaowYNVbUq1ZT\/h4+yzXBeL1y8qDJnyKS6OHY2Uv9dzO\/je9m+bbtKljCxunf\/gZHy41SrVFnNnD7d2NJolKpfp64aOniIsaXR\/HNYh7IuZZ3KupUJ0aONECEiWrdrh4pGEytTtlxZhAsXXsYJXb58BcPJQ71\/\/4GxF9i4YSMmTZpMLrOHkRIAT3XGv+Cw3Kfo91l9RuNmzXDa+RQWLVoo6WbkOIvrhHRN5t07d\/h4eSFHrpwIaxzH\/8\/Npz379EVEekamQ0cHZMuRA4PIO\/X19ZO0gf36I3mK5OjVp5dsM9y0GjlyJEQmLzgyebnsJebMkR1p0qbGgwcB5SDPQ\/9GiBDelECEDRuGjs0hQwlu37olzxkcnOcRI0aiUcPG6Et5PHL0KObOnSdlyhMt8LWjRo1C96c8UF64Gb548WLSnH716lW5hpPTXlw4dw4jxoxG+vTpJI2JGSM6+g7oh+o2NvD1Mz2nufwihA+YmpDzmjtXLmSn\/HJeg+PRo8dYvGQpDh06jF49epGnXhcL5i8AGUZYunQZGtRvgNatWpMXfsE4w8Sa1WvRwr65eOAtm7fA4cNHjD2gPPljHj0rGVjy\/JMmToK3jw8e0r02b96MCBEjYPKkSSDjRo5\/+eq11EG+l72dPXbs2CHpDLcwLF26HBs3bZZ7jR8\/Hp7e3jJhhUaj0fyXhKhoS5YsjkGDBiBK5ID+1D279yJ8uLDImjULkiRJQtt70LO7aeqycyRQOzo4wI8EOCuCf4IfKbuyZcuhTbv2GDd6DMiTlXQyDOTf7yVDhvTIkz8\/OnfogIkTJuLEiVN46+aGSKQo+\/XrI32rTGR6xtFjx0m\/6rJly7Bu3XqcPn0aY8aNo2eJKscw4UgZubm9w81btyVPN27ewpo16\/Dq1Rs0btLIOCoA7lNkhcZl4v\/hA\/Y67ZO+8AKFCokiDgorlfZt22H3zp3S5xo1WjR0deyMsaNGS3s\/KwlWjEGVxTv397h79+6X8c\/c\/MuTjuQiAyMoKVOkwPTpU5EjezYjxQR5wUZe\/eFPynL3nj1wPnUKBQoXMo4IzOMnTzB6xAj069MHUaiM0mfMgHFjxqBRgwY4duSoGBQPyAhzaN9emq6ZIYOHigGTLn0GlChZEt7eXmjdogWcqayZCePGY8niJShctDAKFiqIJYsWoUe3HmJgRI4SRZ49Ehk4vP3q1Ss0JQV64sRJFCtWDMmSJUOfXr3lfOb5c1eMoXIbNXwEPDw8qfw8ZcazH6xCGo1G889htza4puOgHDl6TKVLk1aNHz\/BSFHq9JkzKj2lTZw4SVWqaKXIs1AfP30y9gamd89eqkDe\/ME2HdvZ2qtKFSrK364vXqpsmbOo1atWy7XKliqtatW0UZ8\/f5Zm0LSp0qgF8+bLsdx0nC9vvhCbjpkHDx+pdm3bqSwZM6mUyVOqHFmzqVYtWqnzFy4YRwQwedIUlSFtepU9a3Y1ZcpUIzUAe1s7lTxJUlUwf0FVIF8BlTd3XhUtUmRVt05d5eXtbRylVNvWbVSyRIlV4QIFVOH8BVTRgoWUFT1fkcJFlEN7B\/XO3d04MjAbN25SGdKlV1euXjVSlBo4YJBKkyKVevr0mdq2dZtKlSy56tmztxozZpwaPXqsGjRoiCpVoqTKmiWrOnfuvJxjR\/msXq26\/P1XtGrRUiWXvBY05bVQ4S957dihk3J\/\/944MjDOp8+qpHTepEmTjBSlmjVpprJTPjw8PGT7zJmzKnnipPLvx48f6dk7qDVr1so+hrsFMtLzTp9mas6tSPft7NhF\/mYuXrqsJk6aLH\/vc3Ki+pnmS9MxN\/cXLlhYfaDrmlm4YKG8E65j12\/cVCmTJlejRo4y9ipV1arSb9t0\/PTZc9W7dx9Vw7q6qlOrDr2XKYoMN2OvUk+ePpV606mTo3J07Cz\/duzYSd29e8844sfYtWu36t69h\/Ly8jJSfk1007Hm3+aHmo4t2evkBLsmTVCnbj04OjoaqUAB8hZ7k4cyYsgQvHv3DuMnTJB5Q4PDHKlrbqq0hNMoL8aWCY745WsNHzVK5mFetnQ5eU7Rgj3\/W6RKmQIzZ83E3gMHMH3GdNSuW5e8URc0rFsfRyyaLZm27dogKXnqiRInQps2bYzUAHy8fZAnb16MHT8W4yeOl3+nzpyJB\/fuS9DYxw8f5TiOCk6QMBHq1GuAxs1sxau+fOkSKletKnngKObgOEueXfLkKZA5U2YjBahcuRIiRY6Ez1Q8Yag8SGHh\/LmzOH70CI4ePowrly8jd958WLZiOfLmzSPncPAWB359\/g73jfOakDzhuvXrS15z5ckrea1qXR1Tp01BzBgxjCMDw5HJHKVetGhRIwVIlCQxChYuguhG9LM0s0eJLB49r5ozfcY0iVxfu3YdyGAjb91R8mmee7gKlc+GdWtRpVJlkIIEWVfo0tlU37h1gOE5RJkzzqeoznwWr3XI4CEYOmQoTp8+Q57sM3of98Tr5xYBy\/wFrWO\/Cy\/Ju29pb48L586jRs2aKF6iOJYvXYJePXp++e4uXbqMZYsXiXf\/geopt1zw75Ox\/0e5R3X+2OGjEq2u0Wi+zV8q2sWLl6BFMzs0adYMo0aPIgEWeJkx7sckrwKxYsVC7DixjdSv4cUKSEsaW4HxI6VqFs5BhWGRIoXRpn17EqgjcezYsR9qlnZ2Po09e53k7+TJksK6ujUGDR6EbTu3I1WqlJgxfRoJooD7cbNkvPjxSNEmpr+\/nmTc\/4M\/UqRIgVKlSsmQonLlyqF5c3t069kT2zZvhssNUxM3GwnJSGF2695V+n9ZuXbt3gML58zB7l175JjgYCUSgRREWIul3GLEjCEKg5UOK\/LIkaNg4uTJ2LRlM7Zs34r1G9Zj8uSJyJvHpGSZzJkz4+GD+3jz9q2REgBPoj5r1mwqG2fZ5rJPnjIVunYz5XXmrBlw7NoF82fNgtPefXJMcPB7YoVuOUE\/G0GWy9CZhbC5qXvatBmoVaMmli9bjps3b5ExkhDR6L1zhDvj6NgJcxcsEGNjx\/YdqGltjXZt2kqTdoTwpvuYaxCXMfeEcxMy\/16+eCl95u0dHKjsk0n3Azc3s6L\/3eEhbqz4Zs+dA3uqj45knAwZNhTbt27FlSvX5BiXay4oULgwFi6cjxlk8MyePRNz5sxCBos+\/B+B33sU+hZ\/1PDV\/LrwcEEeiunu\/t5I0Xwv31S0c+fMxdjRYzCeBPuQoUO+0pNPnjzFoH79UK9BQ\/Fahg8ZZuz5moyZs+A1CcRnz54aKSa4X\/LWjevImiOHbLNCCUonEsA8VnTUsGHwJq+S+0q\/Bx6m0rG9A549dzVSTMSJFRupU6cR657uaEo0YOXwiQyHkJyf4LwiFjicbM47C59Pn8hr8A+Y2q1jp47InjMn+vXtg1evTX2WQcmQKaOMDX7n5makAI8fP4Hn+\/ekfANelShj8m7Z4w9OzrEh4E0fxaYNG42UAM6cOYNe3brj9p27si15pedlY8lMJ\/I0s2TLin59esvY5ZDgsjB7TAxvB1c+3AfOY4DHjR6Jdh06YN36dZg3bw569O4twXUMX2frlq0oVKgg5s6fiz1OezCB6t3WzVtw\/sJF0+oq9KwRjFVW4sSNi5SpU2PylMliyEyfOR0DBg2SoDb2tNnz5zL6ExQBB8JNmjoVKVOmMFKA+PHji8Hm42tqAbh6+aLU+Xv378uws6DfRFCWL1+Jdm3bwctiON4ckgcDBw6Wv\/W6vn8eE8aNQyf6fl8bMRea7ydERcsTTAzqP0CCcjKSAjh27DgOHzos6eZmvB7du8vHzIKud5++5Kksw+7dwXtsJUuWkAkhOLjnKHmmT54+lSjZbl264RUpl5o1a8pxLKhZSFoKcG6+HEJK1v2dG1xJUXMTKsPHykQLwQh3pl69uogRPRrsm9nKxBQ8YQYH6PDYWh4L26BRIxHGloiiDaE5jI99SsbF8RMnpRyOHT9BAmkFlVN\/5CuYnzzJTHKc+RqW+WIPedTYMfKsgwcEPzi+UuUq9NyfMGniRAm64jGjM6ZNl+tw1DRPJsFlw79vkYe829Zt22AoKZ6ZM2fJcz9\/\/hxbSJF1IOFZqUoV1LIxlXdweeUAuNHjxuL5s+cynjY4git7fmecZob3cV75CP7Xz9dfvE4uRw6QGknv9P69u1+MiPFjx6J9u\/Z4TYZIePKY+Hz25uPGiSPl5+PjLZNreHp6kXHXQCbi4AhndzJEXr1+DceOHTGM8ssGDt8jaP5+V7KRUVS5UsVAdXne3PkyQUkuMu64FePe3Xs4fGA\/CcpO6Nq5C6pRXTMHjgXHg\/v3cIK+ecviu3f3Li5eMEWR\/wH2i8aA5y9w7OSI6dOmyaQ4IXUPakLmqxIzewC7du4kT+cDjhw8iPq1a8O+aTP5cV\/Q1avXsHHjJpw9fQZjxo8TIWhFHzoLP56UgV9MUJInTybNgkyzRo1R07q6\/C6cP4fps2d\/6V9kJcoeUNDI2nz58qI7eUCRaF\/YMKZss2Dh5l5LAWMJNw8vWLJYvKE2LVrAumo1VLaywkxSXt179UTjJo2NIwOIGDFSiGtTxiGBf\/q0s\/RXN2\/WTP7liTbyFyiISVOmSF4YPj+4a2TPlg2OXbpKk97Bg4eM1ADSpE6FSZOnkEFzCHVq10FHh06UykOK2GNWpHzCSdmE9Lxm+BX26t1L7jWV8lednrtmjZroQduFihTBNPL+zNHUIeWVhyJ17OyILZs34\/CRo0ZqAJwHbjq2zAs3J1pei\/dxfj\/4+yNL1izo2KUzxo4eLcNxmtu1wMdPn1GuYkXcJy+Lj51EH7IrGQR1qL7VrV0Xo0aMkGb5zGToZcmaDTlz5YZD27bYuGkTKlWyQr8BA6j8J8uxdWxqy7CzeQsXIE7sWPjwwf+bdeN3ZviwETh08AAGDh4shg0PGUuUNBmqWltLHMUmqn\/cjcIR40fIYAwOaRrm7h4L+N3y+9T8OfBwx64kNx4\/eoQ+5FBEJrnxiZyB4Hj0+Akmk\/y6eOmykQIyzC7KkE\/LCX3+SEiABxt1zFGKV65cU9euuShSrPK7cuWqbHNUKUcA37x5S4414+3trS5euqTeG1GnweHr66vOnb+gdu\/eo44fP6FICBh7TJDnQ9e9SenvjJQAOML06rVr6q2bm2zztTgf5ijXkPDz81OXr1xRe\/Y4KVJwirw7Y8\/X3H\/wQD2gX3A8efJEysBcFvzvq1evjL0BPH70WKI5ycMzUgLw5bxcviJRxCFBhopEdfKkElxOGdOml+fk8r1+44by9\/c3jvxr+Fn5mfl6Qd8X84jzei\/4vPKkHJzXZ8++Li9PLy91\/fqNQFGnfC\/yno0t0\/vhYzjfZrjMtm\/foS5duizbr16\/kYlFzHDdOXzosNqxY6e6Z5HOkKerTp1yVq6urkaK6Z3s3LlLHT58JFBe+O\/bt28rH4vI2yoVrX7rCSv4fXXv1l2lTpFK3rcZfrOW0dkMb5coVkKFNCHJ6FGjVaH8Bek9B7y7Af0HqLp16snfCxcuUmVKlfnLb+9nR0cdfxue\/IYMbZE5Z86cUfnz5ld37gQ\/MoUnxGnUsLEqkC+\/1EU+t2C+AqpO7boiL\/4Ugos6DlHRan4Otm3drlInT6Fu3LhppGj+Lr+zomXDtFnTZjI07iAZKpZ4enqSQfJUZvyypF7d+sqWzgkOs6LlmcfM9OrZS4QmoxXtn8ehQ4e+qWgZrmc5s+Ugo2yg6tq1m8qdI5ciT9fY+2cQnKL989rVfjG4CZ0junXwiSYkOKCwY4eOeP7sGfYfOozSpUoae0zwPN8VyleQ2Agzbu\/e4e7tW8hXoKCREhiub69fv5JFrM3cu3M32GBFjcZMsmRJMWHKZKxYthSb1q\/HhEmTkCJ5MmPvn4tWtD85pUqXxJYd25E6dSojRaMJzMIFC7F6+QokTZYMK1csx7AhwzB44GCMHDFK+q2zZcuGDOnTY2Dffti7dy8OHjwsM5DFjB1bAgaDg2MVuL+8X+\/eEo\/B45Q5Wtls8PFi6bxACBnrsq3RmOGg0PDhI4Cn8c2QMYOR+mfz0ynavzuA\/lfFMro6ODggJVWqVF8Fh2k0Zng4WMnSpfCCFOPWzZtxcP9+HNjnhEMHD+LFy9cS7T9v4XzkypMbo0eNkdWaYsSIgbnz5yNRooTGVQLDwWQZM2VG3PjxMX7cOJkYpX3HjjK1JsPTfebNl1fXS00geEw8r7CWJm0aWX6Qp+jVxhj+ej3a74Xnx509ezZSpEgOGxsbI\/XH4BmD+DpNmjSSySZ4vuFWrVqGaqTjjRs3sGbNGvj7+ZvWdw0TBv6+fogdJw6KFCuG8uXLfTUv8dmz5yQal4UPV6ICBQuiUePGSEuVi\/H19ZUhRNGiRkXbdm0lzQwPtZgyeYoMmapF5bRixUpKDYPGjRuaDtCEGr\/rerQ8AxhPvBK0nnICR11bpvPQKV60I2GCBEZK8IwZPUbGMO8\/fEg8V57NLFy4sGII8\/AOuV9Y0+IZvzJ6Pdrv59ChQzIcc+36dSGu\/80LgUwcPx67nZwk6r9CuXIy9LNN29bGEb8\/P7Qe7Y\/CH+\/Zc+dxx5gI4Ue5\/+CBrP6SyRiLeu7cBSxdslRmAApNbt++jUnjxuP2rdvw8fKBh7uHTE13jp6lpa0dJoyfYBxpYs6ceahbqzYp27PInTu3zMK0z2kfrKtUxS5jnVceBhEjRkz0owq2bt0GSTPDUwbyurZp05gqao4cObB40aK\/vUatRsNjrHmxD1aEgX5BlCwTP368v1SyDE9A4+7uLmOR48aJLddjzGMoeYWnX13Jav5dnE+fwYxp02QiGh7bzSuHde\/RE+PGjvlqFa8\/DvZovyfq2C\/IkBJfv6+HmPAiAP4fAtZg\/RG6deuuHDsFDDWYN2+BKl2ilCKrwEgxYTl5\/7\/Btm3bVYqkyZTzmXNGigl+vn59+8kiBg8ePpQ0XqM3WeKkatKkybIWrBkeksILF2RKnzHQEBrHTo5Upmm+pG3ZslUm2d+6dZtsm+nZs5fq+DfXqNV8P7\/78J5\/k1UrV6l2bdoFque\/Izrq+Ptxc3NTFy9eCnF44d1799XxEyfUBwsdwH\/zkLynT58aKb8\/PxR1fIs8vfHjJ0pzrr2tPSpXtMJo8sZ4\/txx5AFaV6kCmxo1ccCYeIEnKp81YxZ5d06yjJyDQ4cvy58xPGdyr169gp3Sj9cb5aXVatWuZaQY8MwLxgQabBG1atkKdcibrGVTC0vI22U8PDwwcOAgmaXJDC9zx2u6enqZpo\/jPA8bNhxnyAsNitkqDxpNGSliBOQvWBDeXl4y4J\/KCrNnzkKevHnQubMjeMJ8Mzxbytjx42Re4vnkrZrhCRUSJEqIwQMH4sLFSzJBQOOmTWFtXc04wkTt2rVl7mGeplCj+Rlo0LABZs6eGaiea\/5sYseOLUtvWs5vbknaNKlRtEiRQP32\/DdPq8rLdv7JhKhoX7x4iVnTp2PqlCnSzmxTi5TbokWoa1NHJnBv3KSJNJF2c+ws0+nxNHrr16+H8ylnpEmdGm9ev0aXTo4gL1eaYfv26oMECRIiTjALDxzYv0\/6Rs2BFpbwdIAuLtdh17QZOOKxRcuWspYpT983beo0RI8RA84nT2H1Su7rNE0pOG\/OHEyeMBH37t2TtDPOp7GcFHPcuPFkOyh877ekjLn\/ytX1hQx9uHDxIqbTs2fOmgWZMmbAy5evcP36dZQtV844KzDRo0WjciqGE0ePykT9TIL48TBu4gRcu3oVTRo2RNasWUn59pd9lmTOkpkEWhTs3RPyggMajUaj+TUJUdFyeDYvYcaKrXWbVujQsQMKk8L18vbEmLFjYGtnK23xb968xiPySLnvhqf1Y2UYkbzBceTh+fr4omePnuhDnmz5CuXRpWuXYKfEu0jeXtKkiWXqPEs42IIDPaZOmYxUadJg9pzZ5P3VQpcundGJfnNnzxEFWdW6Kq5cviJ9q\/fvP4A\/edc8XeLF8+flOocOHUYBsqrSGcFKloSPEF6WiuvWqRPKlCiBcqVKoUzxEuhIHjkbBtNmslXP09i9E682eYqAiduDkjBhAvKivWSeYjPFixVDwcKF4XLjukxRyRGgQeG5nOPHi4PLlwOmLtNoNBrN70GIipaHncQi7zN37lxGChAvXjzkyZtPAiGYcOQJslfLCsiMea5kXk6OJ9FfvniJKMNxE8aHOBk1N82mSv21EmSlzfuukhLl5fIsKVS4iCjhp0+eoGq1auRxvpD5OE+fOSPDYaxr1JDIZfYujx05HKIn+unTZ7lPs+b2GDZyJHg+5djk+XKTx+RpU5E9W1Y5zjzx\/beG4\/C9+FqWUdJ79zrJeroFqNxmzZiBtxYr81jCeeZmdc6PRqPRaH4fQlS0rDy5Ld7SA2V1alakjFnpWKZZYk5npcVNyMHBypInnQ\/O0+WzzSuwBO0XYIXG5\/j5+ZKnmpY84mQ4euw4zpBSy5EjO6pUrYxrVy\/LUnk88KF48eLGmYGRvlnKZ4WKVqhpUxP29nZYvHQJ3r11k4XJebgRw+MGOVrzjEW\/c1CuXbmKjJkyIXYs08LuvGJOj27dUKZsWSxevhyPHj7EiKHDZV9QeIJ+fk5Lo0Wj0Wg0vz4hKlomOMH\/vYrg0ePH6NOzFxrbNpOFvHt2727sCQwPTYgVOxZevvh6fUz27mLHiiVKjofhWMKeLI\/pixHD1NxcukwZWabv7t17KFykCClb7rSPhEkTJsgqPunTp5fjQoIXXTfDszANHDIYu3bswDK6JsMBT3Xr18eGdetx3lgqzJKtW7fh5InjaNy0mWyzgu7i2AXRokVHn359kTVLZgwZPhzLli6VmXaCwkqYm5CDLqyv0Wg0ml+bEBUte6s8htVSsQZdC1WO8fP74tnytGzsxPI53bp0lQXRR48ejcFDh8jalrNmzZHjgpIxQwZRkF7eAcqOPVlf8lYjRooIu5YtsWf3bixYsFD6g0+ePIXhQ4eiVKmSXxRoSfr70oXzePbksYzhSkDeZ7z48XDAyQmlypT90twdFM47jxk0P4OZWrVs0LBJEwzs1w+XjGWfbO1tUYw846aNGmPhgkWyXODFixdlcH8nBwdRxFXJk2bGj5+A48ePYdqM6UiU0DT7TsOGDVDDxgY9ycu95nJd0hieq9bV9SUyZc5opGg0Go3mdyFERcuzeiRMlEgW4DbD4d38M8NKMHGSJF\/WYY0fPz7ixI2LPXuccPvmTYydMJ72RUT27NnQtXs3LF28SBYzDwpPH+dNSpYX9TYTLVo0JEyQUBS5dbWqGDBoEJYsXowW9s3RnRRVvnz5MYw8RLMHyBHL3H9cuGgxCYRihV+kaBFkzpJFFHJIRI4SGUnkGb5ek7VHr55IkTKlTJzxgQwMnulp1tzZsmD8jGlT0dzOHva2dtiwfr2s1cj90Nxcfsr5NNauWoU+ffvJOrqWDB81gjzmNLKOLSt45u6du3j3zk2arzUajUbzexHiFIzszXL0LA\/HMS\/m\/d7DQzw\/bs5l2LvlMarx48WTPtPXb97IsRxtzF6t5Tyq7Bc\/e\/pMrmdedNwM72vUoCEp5Ozo17+fpHl5eUkUMR9v7uvl\/PCQHVbo3BwclLdv3UTx8nMwPBUiK\/C4cePIdnDwc3KAUlxSzubntITvyc3KiRMnCtSPzLPmPHj4SPKWPl06eqaARbI5qInP4cXug8PDw1OimJMkSSz91+PHTcD5c+ewcrVpiJImdPhdp2DU\/H30FIyaf5sfmoKRlQ4rSkvlw32IZiXLsJLgZlFWsgwrXD6Gh7kEnaycVSUvoRRUyTK8r2279jh0+LCMY2XYo2UFaVayDCtd9hCDU7IMH29WsgxH\/35LyTL8fInJcw9OyTJ8z6RJk3wVrMVL1+XKmQM5c2QPpGSZePHihqhkGR7iw3NCc\/nx2N39+\/ehTbt2xl6NRqPR\/E58pWhZ+P8\/KFWqBEqXLo3de0zzBf8p7NyxEwULFZLn14QubLQFF92u+XPRdULzbxOcDv2q6Xj7rp3Sh\/hfw5NTcFMvz8DE3uCfMmX546dPxQPm\/l\/1+fsiujV\/j1o1aqBy1Spo1bqNkaL502nWpAmyZM2KPn37GikazT\/jwYP7qFa5SqCm4y+KlidV4Oba6NGj\/98sPPPYWI5e\/lPg8cHc781R1prQxdPTU8rbHLyn0XAsSNBJZjSafwLLc5Y1XLe4tTKQoj118qQsBj1y9GgkTpLYOEWj+X0Y2K8\/ChYuhGrW1kaK5k9n1IiRSJU6NRo1bmSkaDT\/DNfnrujbu7cseMNzOgRStOam4xPOp2RYj0bzu2FduQpsatdC85YtjRTNn07jBg2RM1cu9OrT20jRaP4ZL1+8QNFChb8ddczurkbzO2KenESjMcNdNjzET6P5twhOh+pwO41Go9FoQhGtaDUajUajCUW0otVoNBqNJhTRilaj0Wg0mlBEK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUOQrRauUXnxco\/mdOHHyFFxcXIytv8f58xewe88eY0uj0fwIXylaXgTZ29sHZ8+excmTJ3H8+AmcOGH6HTt2HM7OzrL\/V+HevXu4du2asRWYJ0+e4NSpU1+e7+iRozhBz\/vo8RPjiODx9\/+AM1Q+jx49MlJ+Lp49e46HIeSNBaaTkxPu339gpPw9fH39cP7CBZw9dw5eXt5GagC8Us61ay5UX07rFXP+j5w5cxZNGjTEwYOHjJS\/x8aNmzFl0mRjS\/MrcvnyFdjbNUfF8hXQonlz3Lhxy9gTPHfv3keHDh1RycoK1tWsMWbMWHj+g9XdVq1aDauKFTF8+AgjJTDr12+k\/VZYvny5kfL78JWijRQ5Mh4+fIgGdeuhTavW6NK5Mxw7dpKfQ\/v26NWjF169emUc\/fMzc\/pM9Ozew9gKzGp68TbVa6BTh07o3Imes5MjPaMDqlerhsmTp4To3b9zd6cK2Anbd+wwUn4e3rq9Q5NGjbFk8VIjxcTHjx\/Rq2cvtGvTVha7rk\/vd82adcbeH+f1mzdo3bwlrMqVx+7du43UAO7evYe6tWujdatWcKfy0vy3ePv4kMBagea2dvDweI8okaMYe\/4eESKER2SSDZpfk5s3b6GFfXPEjBkDXbt1RRgS\/c3tbEM0yB89fgx7W1u8eO6K1q3boGbNmli\/bp3IUl5a8O\/w4P597Ccjf\/WKFXj85KmRauITGeYrly\/DXqe9ePnipZH6+xBsH+1n9Rl+5LG0J+W6as0arFi1Sn5rqaDnL1qIpEmTGEf+Cih8IiUTHOxpxYsXH7PmzsHK1fR869dh+aqVqEGVaszIkdi3b79xZGASJoiPmTOno7p1dSPl54At1iYNG8GZvPOIESIYqSZmzZyNnWQYzJk\/F04H9sPO3h6DBw0M0dv\/HhR9HOHDhSNv6aCREsCRI0fw4tkzRI0SBWHD6lCA\/5rVq9dgHHkgDp06IV+BAvDz\/3arwv79B7Bp8+ZAxiUbUAcOmN4tv8MwYcLI35pfjyWLFiN27FiYPHUKKlWujOmzZrJoJOW2wjgiMDt37hIDmY+rVbsWWrRsgUGDB2HPrt1wcblhHBUAt2CxArasP+Y0M2Hov0yZsyBKtGjYv2+fkWqCW7+eu75A9izZjJTfixAlIH9YKVKkQLq0aZAxYwb5ZcqUEenTpSXr1iTEPTw8sYY+aG4KWLhgIZ4+ey7pjOuLFzhz9hwuXryEyRMnYemSJdIM7Wcssswe1okTJ3Hn7l3ZZp67uuLw4SNfFmLm\/RMnTMSwocPJQ1sCN\/LWGH6Zly5fhsv169i0aROmkPdpbsZ9984dCxYswOhRo6VZOFz4CAgfPrzsCw620jNnzoT06dPJL1vWLFKhEidOjKNHj8kx11xccJUqAle+SfQsLtdvIFLEiCR4TJWKrcILFy5Kc+yMGTPlmLv37sm+HTt2Yviw4Vi\/fj18gzShsmIcP248Ro4YhSP03GbYmjx3\/gJOnz6DsWPG4BiV21\/hREZBo4YNkYHeU6lyZaV8zXj7+GL7tm2oW78+cufKhXD0blu3bY04sWJh29btxlGBefnqFQ4dOoz37z2MFG6SfibvkN8PXyNsuLAob1UJ58+dw3OyfM18oHsfJAFdtGQpRCFF+\/lz8C0DmtAjd+7c2LR1M9rSe2b1yELvW6xeuRLTp0yjvwKU6fJly7Fq1Rr5WyvZXxeWBRcvXUTpsuW+vN3IkSKiYKECOEMy5mMwHmrp0qUxbeZMcioSGClANFKQrBcsZYuZPXv2on69+nAlZWlmw8aNaNfOQfQE8+HDB6QknZI\/fwGSDwcCKWVW4GnTkQzOmJGO+\/0W4g9R0fJ3xR7fZyoMfhHmn7lwnpFgbdK4MaZNnYqHDx5KM2zdWrVE4TDcN8dNzx3aO2DxwkWiMNu2bo27d0yK9Tb927BePYwfP0G2mZnTZ2ASHcew8mzdooUoVG7KHkcKh6\/3\/v17Y\/9U2DZthuFDh2H+3Ll48vSZNOnaNbPFwvkLRemNHTMOu3ftRNRoUeWckOB+aUtYufj6+CA6VSxm\/rwFcq\/BAwZiCT0L91U7tO+IbdtMSmrvHifY29nTs7bHcVLOG9atRwtbOwwYMAhz58zF5UuX0KNrd4waOUqOZ5YtW4GmjZtQeV3AjRvX0cHBAROMsjh44JA083Rx7Iw55InuD8GztiRq1KgYM3YcppDFGjde3C\/GCvP+vTvevn2DzFmyGCkQTzRLtmy4dSv4fprz585TWTaTsjfDz+1IeXrn\/l6MLf7gChQqSB9gdBwgj8gMG1dubm9RnBQtK10xnTX\/KXnz5EbaNGlEwf6VkmUiRYqEKGR0WupTNkIjkUDW\/NqwHHdzc0OcOHGMFBMpU6WGh6cnfEjWBSUzOVUlSxQLVB9mkyzKQo5I1mwBcsTM2zdvcO7MGVGmZl6Tse5y5RrpDZNiZt3BvyrVquEqORnsUDAsI44cOYyKVlYki8PSMZL8WxGsog0bJqwon+lTpqBB3fqoV6ce6tSqjbr075UrV+WYSRMm4NXLl9iwaSPmzZ+Lrdu3iQc8eOAgEsCf5CN9SkLapnYtHD5+HOs3bRbP8sTJk3L+pYsX5aVcIyXEL5oL2\/mUM6wqVYQXeWDsKffu1w9LlizG\/AXzsHDZMhw+dJCU1mWxrv18feHr5Y2lK1fg4NGjKFK4EGaSN\/ns2VNs3LwJc+bOxnjKI7\/Yz5+CFzRsnfG9d5E1tZuU5Z69Tli7dp0o+I8knKwqWclxH0lpvXv7GjPmzMbBY0dhVbGCWF0RyatluKyePHqIhqQ4V65eifV0\/+fPn+P0qZNYvnK5NEm3bN0KG9etk+d8\/PgJxo4eDcfOnbGC8r902VLMnjeXFPo8XCAlxUrzKV2vVZs2OHPxAjp3dpT7fItiRYugatXK8vcH\/w+BPJB3797hPRkhMWPENFJMxIkbD75UjsHB53PlsGz25b\/ZkzXD92ELNW++vGRsBESkHiSlmypVKmkF8ffVgVD\/Tyy9hm\/B7zuo18rvO2ia5tfjvYcH3pOijR49upFiIpzR0kfqT\/4NCXa2unfrgSvk9AwaMlRa84LCMpBbryzrC8v7SJEjBUpjmV+wYAHEiBVTuiuYkydOimNTrFgxQ1H\/fpo2WEXLBc9WcIqUKZA7b25y9fMhf4H8yJc3D6LHiE7KyRf79u5FnXr1kShRIjknMhVoE\/KA7ty5jdevX1HBh0es2HFgXd0asWLFQPp0aVC0eHEcMaIfT5PHW7maNSJEjAwXl+u4c\/s2XrxwFS8oFt1jz769qGZdDZdIse6he3EnOlvcHPHLyAsj5ZqNvLT45MFx86TT7l2kHCtRnhLKMWnTpkaVKlWDtdgYVpRv37zGGPI0B\/XvjwF9+0kzNze1zpozB7ly5ZTjWDnmyp0bBagc4sSO9cXTNcP9EMmSJydFV0W2OT\/pMmZE+YpWiGFU7pRUlqK0qA6dPHECXp4eVNHDYfv2HfJjo4Ur6z56Tq6YiZIkQbVqVRA3Tmwqv8AK8kcx91Hz\/Sz5lhDmPISl\/FgiaRaKlvvy2TOuXKUKrl69CldXU\/Mx979UJas1An1o\/JFqfg3ChA2sVKV\/Tb+\/Xx6WQTFjxYK3d+CIYX6\/\/D2zYxUS3ILILYnbtmyR+Jx8+fIYe4LHUqla\/m3m44eP0hxdqHBh7Nm5U9L27tlLXnJW0RH+fr9fszETvKKlj4sVF3toffv2Rd9+fdGfFFH\/Af2lOYo7yblpMm7s2MYZJmLGjCXKgvcpEsIxSSmxd2amdKlSuHnjOh48fISrly+hUeNGSJw4kQwjOnvmrPSLZiXFGYZe\/tYt22BTvSa6de2GqZOn4NzZs2Ihcb8gw0ogvkX\/gY+fH3y8falSxTBSTESJyn2EwXu03KSSMFFizJk\/j7zOtVhDv\/UbN2DTlk0oX76ccZQJy3txhJwlfP1YVJEjGs1sn8iDjhgholh4ZriZlSs1n8nNqhxstpa89lnkhc+YPh1zZ88lwyCdeIJsRMSJG1ciwP8N+FpRo0WHh0V\/K+Pr4y1NhiFC34mlYhWCCF7udy5CHw1HpZ465YwrV6+Jl1y6dCnDOtX8CvB75r60Txb96W9evfoNfYs\/j8iRoyBu\/ARfYlzMPH3yWJQw7w8O7m9t1rQZLl24iFXr1qJo0SLGnu\/jA+kBU7NxgMJl45z1bzUyxB8\/eoKL5EhduXIZVcjpYr63BeZXI2RThvD2\/np8JBODPE4W0NwnaomXl5cUFO+TiFRSjBxpZqZgoUKISopw3tz55BnHRLFiRZE9R3bx8DZu3ISKVpVIUYeVwKB+fXqjeo0amDl7FtZtWI+RY8bQFcJ8UZpsLbFSN8Od+1GjR4Wbe+DKxN5scJYVw3nlvsYMGdKLgkuTOrVEVLMnFgi5V8gBVQzny1Khm4yVIAqe6lA4uhYr5VhkpEybOQMbNm+U5nf+d+iI4ahQsYIoKvYU\/y0px\/eLFz8+njwOHMp\/8\/oNJCdPPDj4vX3++PlL8BrjTe\/Xz883kPJlC5X78UqVLoOd5JnzEAB+pxw4YdlPrPn\/wfXwrwRYlChRSaBewKqVK6WrgYP4OFDGHL0ebH3W\/BKEDx8OOXPlwrEjh40UUysdtyrytxpe+kWVpJmjhFm2t2\/bVv7ed+iQ9Pl\/C5bF7u\/cAwW33iD5wq1pQeXvR3JEChYsKLEz40mufySDvDjpAr7\/78o3FW1IsBAtU64cVq5YgadPn0kad6ovXrQQGTNmQnwS6sF5M6lSpUSqlCmwYO4cUmhJSTlGQtFixSVq9RpZNSVLlZTj7t65Td6WL2rWskFGUoI8RGTFsmUkANxCVJqsmKyr18CObdvIYzYF8Dx89Fj6Di09y6BwBQupn\/Lfhpvk\/T\/4k8FRRJpUN23cKGXAz3fp4iXUr11H+itM4xUDnpMrP0ch37p120j5MaJFjYoiRYpg\/dq1X4LJDpExw8EI5cqXle2gcMuBh4cHNm3YKNtsRO0k4cvlZfkOuOWCKV+hPE6ePCFNTNxszGjB\/PMQ0ndjht9V\/ATxMWfWLJnQYPjQociUNasYy2b+6hqan5fGTRrh\/r376NO7j8zw1a1LN\/p2AbvmzWX\/69ev0bRJM6xcuVq2uaVt65bN4vFOGDcOPbp1R5fOXdCvbz+Rq0FhR8THxxtDBg7EokWLMGzIUGzZvEXqj9nIYznrRXqCW\/fYOC9dtixWrFpJ8rCwYZh\/EDnzO05w85Wi5Y+Jm0ZZyH4gbyUkunbrhiTk\/XFId\/v2DhIs9fTJU\/QfNECsGx4w7+Xp9ZWwLVayJF69fonsOU39n9lzZBOrhxVv9hw5JK0cfejZyNKybdIEPXv0gq2tnfThcvMtz\/TE+Hj7fKUg7ZrbI1v2HKKwWrVqja5UMT74+dNxwb84fqGe9OLNFSEk2Cu27Ofl47lCmD02\/tfszZvh1gBLj47\/5ntxvrnveNCQwVi8YCHq1a2HVi1boyVVeB7fxk3WXPZeXgH5Yq+Sn2X27Dmy\/Vfwvblp2pLWbVojUuQoqG3Dk0i0hmOHDrBv0RylSpUyjviaaNGjYevmzbCuWk1+N2\/dRPToMUTxc974ecwGVZGiRSRIgveZDaYPHz98V\/lqQg9ufZg4ZTLq1atrpAQPC8ls2bJjMRm0ffr3x6IlS7BqzSq0a99O9tvZ2WLM2LHyt+bXI3u2bJg6Y4bI0ckTJuH582cypjY1OT8M15NwYcMgQgRTKyF\/s1Xpm\/ckWXTG+RRcrl2Dy9Wr9K+LyLqgfKRvPWmy5ChUuAhWLF+BS5cuwZF0ROmyZb4EUPKoh+Ik\/8MaBlulShVJHtVClWqm2JawdP\/C5BCkT59etn8nwlCBqhrVrKX5NmbMmDhw5LCEgfNg9QIFC315EcHB03Ht3b0Ht2\/foUJOggoVKyKxERzFY0v55fB4LEuP8uXLVzh8+DCKFS+OpEkSSxoPio8aNQoKFy4s2wyPy9y5Yzsp5bckALKS8i0n00LGiBEDeXLnxuEjRxCL8svjBS3xIiWzbetWPLj\/ECXppcaIGQMvX7yQ84PCEdQ8fKVixQpfIoiD4+TJU2Q8hJXmDsaHFPz+\/fuRIUMGZMqYUWZduU0VuKJVRWlqY+OCnzFR4iTImiWznHPnzl24uFyjylXpy704CGyf0z66ng\/y5cuHMmWoUtJ9+Hqcr7JUSdki5OtNnTYNrs9fYPTokXLut+Dy5FaFnDlNhouZV69eY\/u27Xju+hy5yNCpUrVKiF7K3r1OoozHTZqEx\/QuI0eKjKLFi8lY2kKFCkoLAnu4HCSWJk1qOefYsWNsqaF4sWKyfe\/+fVylMq5A3u63WhX+K6paVUK16tZo5+BgpGjMtG\/bjr6ZB9i5Z5eR8mfAM+Bly54dAwYNNFJ+f968dUO8uIGH+vxTeHjnsCFDcOjoUUQnGc1GNyvOP5H75AxWKFtOWg+LFC2KLdu3ieWiqletphLEiavSpUqt7t65w0man4gPHz6qMWPGqtVr1hgpoc+ePXtVWqoPZEQZKb8+VSpaqZnTpxtbGkscO3ZSNaxrGFt\/DvXr1FVDBw8xtjR\/lyWLl6hkiZOohw8fGSl\/Lvfu3hVdyjqVdSsTbNOx5ueC+0F5MHctGxsjJfThJuCgTeaa35eevXtLU6JG83dImzYtqtesKX2tmq\/5W8FQmv8WjozOnSun\/PtfwWOnFy5Z8qVZWPN7w9H2qVOnMrY0mh+jeInimDlrJuLFi2ukaCzRilYTLAkSJEClSlZfzSaj0Wg0mh9DK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQpGvFK3lot4aze+GnstbExRdJzT\/JsHpUK1oNX8MLFC1UNVYouuE5t8mOB36ZT3a087OsvJCosSJED78fzd5vUbzX8HrEvO6uDFixjRSNH86r169kjWkY8WObaRoNP8MXgT\/hesLWSC\/YKFCsh7tF0V76uRJWVTdsXNnxEsQ3zhFo\/l9mDF1GnLkzImSpUsZKZo\/nQVz5yFJ0qSoUq2qkaLR\/DPevHqNKZMnw8PDA4WLFAmsaE+eOIGYZOk7nz2DePG1otX8flSvUhW16tSGXfPmRormT6dJw0bImSsXevbuZaRoNP+MN69fo1D+Anj\/\/j2KFC0qivarxmTeqdH8jpgXs9dozHz8+BF+fn7GlkbzzwlOh+rIJ41Go9FoQhGtaDUajUajCUW0otVoNBqNJhTRilaj0Wg0mlBEK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaP4gfnRu5w8fPuDjp0\/G1t\/n8+fPf3kdnnua5yT\/3dCKVqPRaP4AnJ1Po369+qhYvgIa0L8XLl4y9gTPtWsusLOzl+MrW1XCgP4D4eb2ztj74yxbthylSpRAv779jZTArFixEqVKlsLSJUuNlN+Hbyraw4ePoFXLVmjRvAXsbe1gb2eHRg0aolNHR2zatPm3sTzu33+Arl26olWLlmhu31yes2mTJujVszeOHT9hHBU8CxYuwqCBg4ytn4tz585j9Oix8Pb2NlJM8PaYMePQoH4DtG3TFpcuXzH2\/D0WL1oC22a2WLNmnZESmNWr18j+I0ePGima\/5KpU6dh714nY+vvsX7DJowdOw5KKSNF8ytx9co1tG3VGmnTpsWIkSOQIGEitCK5fvfuPeOIwNy7dx8t7O3xmTzMPv36omXLlti\/bx+6de1KHu5H46gf49nTZzhz8hQ2b9qIBw8fGakm2NNdu3o1Tp48gXfv\/r4y\/1n5pqK9ef06Nqxdi5gxYyF9hgxIkyYdMmfJirdv36Jj+\/aYPm26ceSvjZubG1YvX0HP5YYECRIiXrz4SJQoCa5evYImDRti+\/YdxpFf4+3tA3cPT2Pr5+HWrdvo0K49tmzcGKi5hpeJc3DogD27dqJ8+fIIGzYs7Jo0w8W\/sG6\/xamTJ7F02VIsmDcPPr6+RqoJLh9ecH3lsmVwff7cSNX8V8yZPQf9evfGnTt3jJS\/x4Xz53Fg\/36ECRPGSNH8SixZsgRJkibBqNGjUJy8yomTJyFKlMhYsXy5cURg9uzdS3LjMyZPnYqKFSuifoP6GDRkEA4fPAQXl+vGUQFwk6+Pj680D5vhJmdfkgeWxlmmrFkRPUYM7HPaa6SYuELG\/stXr5Eze058VgHX+F34pqJlIRwvfgJ07tYV\/fr3w8BBA+S3fMUy1CcFNH\/uXLwhpWsJNy28ePnS2PoxuO\/g6bPn+GTxsoLy3sMDljb1c9cXoiBD4s2bt3j1+rWxFTwsPCJHiYIWrVphzNjRGD9hPP3GYe369ciVMxdmkEHh5+dvHG3Cg5Qr57Njh\/aYNGmCkRoAV5ZXVHEs4bLx9PIytgLz5dmpcgeHN1ViP\/\/AeQgOrtyrVq1G08ZN6H5vET9B4EX8nfbtx3HyLOfOn4+WrVpi5qyZZESlx5TJk40jfpzw4cIha6YseEv3u3DhopFqwtnZmcrKA+nIUAsbRvdU\/Ffcv39fWiumTZmKxEmSIFLESMaev0ekSJEQNWpUY0vzK8Ee6BVyGkqUKm2kABHCh0OBAgVw\/vwFUpJft0xakXKdOXs24sSJY6SY9EHYcMF\/w7t37UHd2rXhSvLYzPoNG9CmdTt4eJockQ8kv5InT46CBQvhEClsS6W8e9duZMyUCWnSpcNHkmG\/G9+WfKSA2BpRwSi+FClTwYuUBlsxjLv7e2l7t6lRE3Vr1UHTJk1x6\/Zt2bd\/\/0G0bNESr1+\/kW2GFXQbEgT7nPbJ9tIly2BdzRqNGzRE1UpVsG3bNklntm3bgQEDBsGxU2fkz5Ub8+bMw03y2PgeTRo1knt2duyMZ6SozLx8+Uqag2vZ2KB2DRtpAn\/8+ImxN3gsXzwTLWoU5CuQjxTmK3wm9X7m7Dn0pWfk5yyYNy+GDBqChYuWYPjQYXL802fP0KdvP8ycOQtNGzWh56iM5nb2lNc7GDd2HKyrVkOFMuUwe87cL83ubOzxs1f\/8uyVsXWr6dmfu7qif\/+BGDlyNEoXL476deuJ1fct2PBgRdvOoT269eoFX1LglhblkUOHkSdvPqRPn85IoY+qkhUuk0cb3LW9vLzRuXMXrF+\/wUgB3r1zRxcq2yNHj8m2n78fcubKhRQpUmK\/8T7N7N2zBznz5EGy5Cnw4ePv9wH9rOzZu4+MzDdYtmolMmfJ8pcBMDNnzMLgQYPpGwioKxMnTsSsWXPkbxayml8TPz9fvCN5Gzt2bCPFRPKUKU0y3NfHSAkgbdo0KEiyz9yAwa1i3IKZi77zrFmzmBItcHd\/B5dr18SzNeP+7h3u3blDDkmAImddUrVaNbhcvYoHDx9Kmj8p4GNHj8DKykoU+e\/YO\/HNr8fUTKRw8+ZN+bm4uIilvHnLVswlT6hs+QpImiSxWERdSNEdPXIEA8jjHTFqJHmIkdGGlBt7lJkyZcSRw0dI6AY0Fxw6eBCHDhxARhIC3Ic3fOgQNCSlOXrsGFSqXBm9evQiBb1fjuU+VL7f6zev0aJ1GyRNngx9evWWJu2x48dh4JBBOH7suCgzxtvHB+1IiV+\/fh1Dhg7FsJEj4EVWVVs6N7jV782YPWl+zyxwWHE67XWSfo0oZNG7kuJbsmAhLl+6hGb29shPFuGVy5dx+rSznOfj7YvtW7ZgIXmL1apb032H48aNG6hVozrekTfLZWNVqRJGUJ4u0TWYxYsXY9iQIWhgPHvlqlXo2XpRxTtG5R+OrrcVG9atpetVRwWyMqNHiybnhUTcuHGwaPFC2NnZSp4\/BulPefXyBX1wAVYqk4I+OEWv+nUwnj8bBPvovd2i92+GvWZuQnr8+LFss4ESlYwSfraDB\/bLh8NwX8v58+flfYph8Rt+QD8rNjY1sXbdOuTJnQv+bGz9ReFfvHAex44cJYUa0DR8gbydCxcuGFuaXxX2KD3c3REtiOwIFy6c\/PtXdcOfvveODh3x4N4DDCbZFSFCeGNPAHytyJEjGzrDBKdFJBkUhv4z4+\/\/gZyX\/IgTN94XJ+soyTqWKUWKFsVH2v87CopvKtoIESLIC+rYti2qV6kK68pVULZkKYwfOxY2tetgDCkGtnTPnz+HY8eOkaIYi3LlyqFEieKYMnWqNK+uo489OSnG4uSRbdm8ybgyealbt6N0mdJIniwZZs+ciaZ2drC3t0PhwoXQuYsjSpQsgTmz58qxESNGIO8yKoYNH4ZevXuiJO27f+8uEiRIgBw5cqJc2bJYu2E9atWuJccfPXoUV65cwYRJk1C6dCmUKlUSk6ZMwaNHD7Fjx045xhJ+hvDhw2P2jBlo1tQWTRs3RWPySK3pmTlwqHuvnnKcqcJ8RveePchz7YPq1avJeZEiRZb9Yali+fn6okHDBmjYsKFYaFWqVpV9Pfv0ku12HdqLAnzy5KkoqCWLFtGz2355dsfOjvR8JaVvzdvHm4yYD6hbty4GDhoIB\/JSWaF9C1bE8eLGlb\/ZurSs+OzZcj9ptOiBmwD5GbgMgnr0DJ\/PTYYRI0Y0UgLS+DyBvovPnz6jTLmy0jx++sxZST544CAiU9nkz59fPiTNf0eihAnoPZkMpe+Bm4ajRAlct1hwcrrm1yZmjBiISd6sl1fgWBKWD9IcTAZ9SHArpG3TZmSEHcHiZUuRPXs2Y0\/wWMoby7\/NfKJ7xo8Xl5RqEezdvVvSWOFmz5kDaVKn\/MuWl1+VbypabiuPFj0GhowchSUrVmDitGlIlzGTeES9+\/ZFPCowxuWaCzzfu2MCeZccPl6vbj1pMn379g1u37olx9SsZSPHPXn6VPpwz54+g0aNm5CX+BzPKe0webgN6zeQcxs2aEgW9gU8e\/oEn7npmn7czMFKmYkRPTpatmolSipf7tykpJpL0ye\/POYaKVlvTw8MGjAA9evWl1+nDh3h\/s4d9+7elWMs4aYKvkesWDGRNGkS+aVJkxqt27bDuo0bUZAsMIYrZvyECZEuXVrZDsrnz58QJWo0ZM0aUBmjkuLjADJz\/xZfI3z4CGLEvHjxCq7kNR8+dCjQs7MX+OzZU7x3fy\/nZ82WVc79x1DFj0NKOGhlNivY4D4MM0H3Bd1mLzZD+vRITeW2Z9cuSdu+fTuKkpWaOHGi37Lf5XfnW\/VB8+vAjkD8BAm\/imV58ugRYsaMgShkUAXHo0eP0aRxYzx78gRrN65Hnjy5jD0hEMQRZZnw8RO3qAXUI45d4a2q1tZ4ylHIZ8\/h2tWrqFbN2nTAb8o3FS0ruXDktRQpUli8rRrVrTFn3lzcu3Mb7Vq3FuXE8PcYJUpU8hxLi9dWoUIF+Y0cPRpNbW3lGPZeueni6JGj2LvHCfHix0MhuiZbOEyu3HlgVbmynFeWvOJOjp0xdPhw+djZG4piEYjBaQ4dHLB99060at0Gvj6+cKRtVu5swbOnFZ0MBL5ORcpP+QrlpR9y3IQJ5PXWNq4SgKKXz+fZt2iJ0WNGY+y4sRg5agTatm2NtKQ4zPDzstXPnmtI8D5LAWUuI7My+1Jm9AvHgQX0R+4gz97R0VGePXLkSGJxRvyHgSxm+J4c1u\/pGTgg6+2bN5SxMIgdK5aR8m348bhf1vI5+YPiVsfKVapIcyP3Sz+iD9mqciUpW\/Nza35egipWFpT6vf36hA8fjpRkHnJmDhgpgI+vH5xPOZPczS1yiOUTd7lx0y7zmmRCG5Lx3K+7e\/9+ZMmcWdJDgpuJ3d65weV6QETy1ctXRL4HrVcczZwvX15S8jExZsRIqWOsY\/z\/5rChX4FvKlqGC4FDtM2kS5sGA4cMwc4d22WAMZMmbVookrIlSpZE8xbNSfm1QouWLcgjfYrXr1\/JMdx8wf2MC+cvwIb161G2bFlEjhRJ+lljxYmLxEkSS78in9uqVUtEjR5VhiTwK+IXFYYUjpnnz13Rr09fJE6UiBRyR6xavRJjJ06UfsOnz1yRKVNmfKJ8c99gi5am\/HC+7t2\/980xWpbPGRLcb\/pN6L5BhVNwwoqji+PEiY1YseMiET2H5bNHJ49dnj1MWHnuoBX1n8D9IxyIYDm21vnUKSRMwEOaEhkpgQlHeXjwwBS4wHA09euXLyn967KoYFURr1+9wtTJk+g5oiFXrpy\/bXPQ7wQbp89dn8PDwgh7\/PAhGU\/\/Xt3T\/P9o3LQxXEludurYCes3bEQHBwdEihIZ9s3tZT\/HZzSo3xDLjeE+06dOw549u\/GZjOR+vXqjbeu2Ms+AY0dHkqMP5BhLwoULL7EAQwcNwtSpU9GrZy\/SETulXpnlHztEPAKBW\/UiRoggXU0bNm9E4SJFxIFhh8rT0\/O75PCvxl82HfuQQA7ad9egQX3UrFUbfXr2xI0bN6mgipLHWwSdOnTA\/gMHZKKEnlTQE8mD5GZSMzVq1sCN6y64cPYs6tSrK2ncXGvfvDnmzJyJhQsXyWwlS5YsRcd27UVgM2xZ+5K1ZYb7bHfv3o12bdvh9JkzEqLOzZUZMmRAXFJexUoUR+bMmcTrPnLkCM7Q\/dq1aYd5s+cgUjDNJGLN0XNyBfgWnz5+go+PdyDFyXkzKxIOoOJxqpb9Ylx5LCsOn8tl6uvnK83HdlTR58wKePalS5d9eXYOKONjLa+3du169OrV55tBXWb4ebhyW+a3KnmcrLh79eiJc+fP04e1Ek5O+9CmXVuxfIODWxM2b9iA2bPmYM\/uPRg4YIA0w5uvy8\/PfdNMmlSppKl8Nj2TVaXKci8OyOJy+avy1YQOXP\/+qo88cuQouH7tGgb270\/1wYn+HSjdN9yiwgStx5pfi0wZM2L2vHlwd3fHkkWL8Zlk2bQZ05EsaVLZzwoxSeKEXyKT2dvkbiyOzXjy5DHc3r6Rli+eQ+GD4fVawrEkSZMlR0X65jmA9PmzZ+hHSpdjVMIbQ4Jy5cklzk84I+CucuVKsLO1QzVrUxwLe9blypdDtmzZZfu3goSlql61mkoQJ65Klyq1unf3LicJ69auVxXKVVB37903UgK4eeu2KlOytBo7Zpxsv3VzU127dFUlipVQZUqXVdXomvv2HZB9ZkjQKrKKVJvWbY0UE6RI1OzZc+R6ZcuUU2VKlVFTp0xTHymdWbx4qWrVspUipSbbzJUrV1W9uvXkXuXonAb16qtrLi7GXqWePH2m2rZpq0oU5\/yUUbVq2qiTJ08ZewPj4nJDladrHDhwyEgJnr1O+1SD+g3Uy1cvjRSlxowdpzp26CR\/P3z4SNWsXlMdOhhwnUWLFqkOtN\/PyLvrixeqaqUqah9di\/n62UurKVOmKlLa9AxPVb069dSxo8fkWGbatOmqQL4CytX1hZESMhvWb1C2zeyUh6enkWLi+ImTyrpaNSnnYkWLyf1D4v17D1WqeHEqv1ryTvPlzqsc2juotm3bqZ07d8kx\/fr0U10cu8jfzOpVq1WpEiUVGWGyzXmtU7uu2rZ1u2z\/v6hS0UrNnD7d2Poz4G+uuX1ztXLlKiMleLp27qIKFyioGjdqovLmzkPvq47q1rW7Gjt2vOyfOXO26tjRVM9\/J+rXqauGDh5ibP0ZBJUH\/warqH5lzZRZvXr1+ovc\/lNhHcq6lHUq61bmm4qWP1JvHx9RBsHh6+enPDwCv7QXL16qe\/cfkKIgTREMrCzJOja2AuPp6aXu3Lmr3ge5pr\/\/h0BK1pJHj5+IgguJZ8+fq\/sPHhpbwcNZJY9L\/v0WH6g8yHsztkzwto+Pr\/zNz+zt7RPo+fhvX9\/A5\/DxQcs04Nk9jBSTEiYvIlBZ3r59W7Vp2169fv3GSAkZLjN+R8HB12YD6u1bNyMleFjRFsibT02ZPEWu9fTZM0nnj4nfC8P38fML\/H4s35eUC5Wvfwjv\/b\/iT1S0zLe+YTMO7dqTkVhDfaJ39eTJU6q3HyXdXH\/4fZrf9+\/En6hoQ4Mli5eopIkSqwd\/IWv\/BIJTtN9sOuYObo5IMzcfBSVSxIjSD2dJwoQJkCZ1qhD7Fbm59MuwkCBEixZVInpjBLkmj9vi84IjRfJkSJkyhbH1NUkSJ0bqVCmNreDhrJrGgBkJIcAzIFkOc2F4m4OWGH5mntbM8vn470iRAp9jDnKyJODZoxspkGN4eIVlWV6\/cRNly5RG3HiBx8IGB5cZv6Pg4GtzoBf3E38LqiMyaQX3nfC1kiZJIuncb2seT8f34eZ8Syzfl5QLlW+EEN67JnT51jdshpv\/PdzfS59ssmRJv3QjmOsPv8\/gxk9qNEzGTBnRqEkTxIgRw0jRWPLtr0\/z01G5UiXUq1cXloPAQxM2FHhijpSpUhkpmt+RTJkyIWfu3MaWRvNjFC5cGOPGj5MJczRfoxXtL0ZIAUuhBU+QsWjJYjRp0thI0fyOdOvRHeODmbNbo9H8c7Si1fwlltPyaX5PuHlfD+XRaEIHrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQhGtaDUajUajCUW+UrQ8ibxG8zvCi2Tw4hEajRmeyztiJNOiIBrNv0FwCyuE4SV8alSzxskTJ2Sx34NHj+D1q9d4+OABIgRZkUWj+ZUZM3IU8ubLiwpWVkaK5k9nyqTJSJEiBWrVqW2kaDT\/jJcvXmLEsGHw8PBA4SJFsGX7tsCKNlasWDhx2hnTpkzBhnXrEYMUr0bzu\/DOzU2WHYwSNaqRovnTcX\/3TrzaaBbLU2o0\/4RPnz7B7e1beHl5oWChQl8rWvZonQ7sR+o0aYxTNJrfh2qVKqNadWu0bd\/eSNH86TSsVx\/ZsmdH\/4EDjBSN5p9x\/949VCxXHu\/fv0eRokVF0QYbDMUreeif\/v2Wv7Bhg0\/XP\/3TP\/37F34cCxIUHXWs+WNQSkF9\/mxsaTRGndABoJp\/kc\/ByBitaDUajUajCUW0otVoNJoQuHLlKt6+fWtsmfj06TMOHTqMAwcPwd\/f30j9a85fuAhfX19jy4SXlzf27HHCiZOnjJQAfP384LRvP44cPUZe0p\/rdfv4+OCaiwv9G7jsvgV7lbfv3MWZs+dw+sxZOJ8+gwsXLuHjp0\/GEYAfle\/Vay5SzpZ8\/PiR7ndD7muJp5cXLl2+Ai9vbyPl+9GKVqPRaILh5s1baNWiBR4\/emSkkLD19ELbNm0xacIEzJg2De3atsfrN2+MvSGz\/8BBdHRwkEhUM48ePYZdM1vMnzsHo0eORM8ePeH\/4YPse\/nyJVrYNcesGTMwcfwEOHZyFKX8J\/Ly5WtMmjQFz549M1L+mvceHuhF5dm9S1eMGjFSfp0dHVGnVm1cvXpNjnn8+AmaNWqMEcOGy7YZd3d3tLSzw\/37940UE5s2bUatGjWxauVqI+X70YpWo9FoLGAvdc2ataRkW+KFq6sMCTMzd+5cEfir1qzG6jVrZKzktKnTjb1f403ez6xZs9Gja1f4+ngjQvjwks4e6kRS1rFix8a6DeuxZOkSnCPva+WKVbJ\/6tRp+Kw+Y+26dVi+Yjnu3r2LBQsWyL6QYG\/tcwj9zf7+JgX+V7C3HtI1GF+\/b3vwfiHc5wN5ifwLCf8PgfdZ5jdx4oQYMKA\/UqZMYaSYCOqJWsJe6atXL9GkWVPMmTdHfrPnzEaqVCnJOGqLN2\/eIhy9Cx96J\/PnzMXhw0eMM03e8Du3N\/hkkV\/2Yndu346cuXNj966dP2z0aEWr0Wg0Fpw+fQZrSdG2btsGadOnxwfDy2QOkmfapHFjRI0aFREihIedvR0OHzwgzZDBsX3HThw7egwdOnVC3LjxZIwl4\/7eHefPX0CLli1kO06cOKhpUxN7du0SQe986hTsm9sjfPhwiB49Gho2bED7dsuxljwkr3jGjNlYtGgx7G3t0bhhY+zYudPYy03fV8gDbwc72jdz5ixS4NOxZ89eY29gli5ZiiZNmsChXXusXr0Go0aNwevXJm\/91ClntGrZWjzw\/v36w9X1haQzS5ctx4rlK9Cta3c0bNAQI8l79PDwlH0+vr6YPn0GbJvawraZHaZNmwFvo0l2w4ZNWLp0Gfr3H4iG9Rtg3tz5uH7jpnj29erWEwOF4SbjnVSOr1+\/lu27d++hS+cu8kwtW7TChQsXJd0Sjv5lYseOhYQJEiBRwoTIkiUzRo0Zg4\/0Prdu24awYcMiYeLEKFW2LIYOHkKK2XR9PjdChIhfrsFcpHtwK8OgQYPg5uaGw0cCFPP3oBWtRqPRWJA7dy5SHkvRsFFDfCbFaI5KZi\/pxfOn5GElkm0mcaJEeEsKICRFW7FCBSxasggV6F\/2lM2+orenJ969eY0kFtdKlCghXr5wlb7BN69e0b7Exh7TfV6\/fCFK2BIW+lMmTSTF7Cz5zZIlCwb2G4B79x\/A7d07dO7UWRR1z57dRVEN6t8PN65fN84OYPXqtZgyeQrq1KmNBqTUl5ECnDtrJj59\/oRLly6jV8+eKFW6FIYMGUwK55UoWz+jf3oXKcFpU6fKrGuNGzfCxg0bSYEulX3jxozFcrpW8xb2sCejZD156BPGT5B9J06cwKjhw5E2bRq556KFC9CrRw8q\/zywqWWDeeRpHjx0SO6zlhT\/W3pW9ix7dO8Bf78P6NOnF1KQl9umVWvcf\/BArmkJK0qzYWMmapQoyJc\/P1yuXpP38YE85w6dOiBxksRf8sUKOCibNm5Czly5KG85UbRYMaxeufKHotW\/qWg9qTJwM8nTp0\/l9+TJEzx\/\/pwKP\/DL5qYGLnx+sUHhB33x4iXeubsbKQGwtfOMrmdpMQaFC\/fx48dGHp7huaur5OkJbT+m\/LyiCvlfwi\/HlfLwrWYLjebfgIUq13nuMwqJVyQ8zZb+j8BexZMnT7\/57VnCg+9D+tY4ny9p3\/v3HkbKr0306NERLVpUkX9Bhennj58CCW\/z33wcyzNPL28JmjErIfaoIkaIEKhvlmGZyedaXosVOftQSn3+at8num+wUPYSkILu0KkjqlSpjG7du5HSSCIyavfOXTKN7vgJ45E7T250794d2XPmMk4MgI2EZUuXoGXrlqhduzZKlSqFNuTNx4wVS5q658+di3Rp0sLKqiLixIuLdu3b4cihg7hw\/rycH4Gez7pGDVGytWvXQg0bGzx6+IiMgHfYumUrRowcgfLly5OxUR5Dhw\/FDvIm2XvkJvnSZcuhOXnudevWQZo0aZA5c2Y0atwQtrbNkIiMEJerV+W4aGQs8BzCZ06fxnOS\/2PHj0UuUnz9yXDoTkZAxIgRJS\/fQ4yYsb54q6xo48ePj0FDhpCBsAH79u1HzCBzFbNuO3XqJMqVLyfedRnygK9Svm7dvm0c8dd8U9FuWL8R5akgbGrUpJ+N\/Gtd1Rp1a9fBkaNHjaNMyqejQwfZ\/+y5q5Fq4t07dzRp3AQzpn3djzFtyjQULlAQK1asNFK+Zvq0GbCqaGXcvwZ4Fqua1Wugdk0bVKH0IUOGGUf+N9y4eQsNGzbGZbLyvgcWZPx8586ZKqVG872wAuvTpy\/at21Pf39tPb8kYVWvTj1sIA\/iRzlw4BBq0HfEBuz3MHfufHTt2s3YCgwrFw4KWr36x4NEfjlIQFs2KfLf4SOEF2OnR\/eeaNSwEZo0aoJ9TvuNI4LHfA3La7EnZVLsX+8LEzZMsB4Ue5yxY8VGzJgm5fDx00dEjRpF6stDUnaxY8eWdCZipIiiVPgYSzw8vSSyOlHCAO86foIE0jz+6vUbMbBu3LyBtm3boTV5jyNJcaZKnVqcICZcuPBIQsrdTGRSjJEiRxZHiOtw8hTJjT1kFNB1uf\/V9eVLhKPnZY\/UTHhS2OnTpZO\/fX39pDxYiQc8dxg8I8MzabIkYggxPDlEvXp1kCxpUtn+Hp4+eSyKWcqX\/ufp4YGMGdKjQ8cOGDtqtLQGWCruw4cP48mjR1g0fxGa2zcXXfaSDJntW7cZR\/w131S078mS9iFXvVvPXhg9dixGjRmLHr16ydygdk1tcez4cTkuTJiw8HzvjmNHDmPi+PGSZoaL6NWLF\/Agi9gStn737d0r8ytvJwvHhwo2OOqQpTNx0iSMGTcWrdq0xds3b1C3Xn2MofuMo\/QWLUx9HP8VHz98xBv6qCytzW\/x4MFD9KHyexNkiIBG81fwd1aqVAkcoQ\/9xo2vm\/uOHDqEB\/fuoSR5ID9KjhzZ0blrF8SJG9dI+TYc9MPzAgePght9E35Bhq78bvD7SJk6DQnigGjUe\/fuk1JKRAokIQn8umjduhVa0S9nrpzGEcHD88hz\/+DdewFNng8ePEKylClFwSVJlpz2WdyHhH\/SFCm+btYkJcT54p9pU4mSZU80SZLE5OgEvDM+l5ulg16DlVa0qNFkfl4z7OWykxAlSmTpr6xUuTIWLVoov\/nz52PI8OEokL8A355QgRQTK1eeGCZu3DjkMfrDixS5GfbaP378gGhRokpeWZGaMeU95All2OzgZvB35Clbsn\/\/Ady+fcfYCkAFyRfz9NlzXCCnh5uPzUrcrMi5Tz5KtGgY0H+AlKH53C2bNqOqdXW079AeTZs1FY\/elhQue8Aenqa+6L\/im4qWn4ybUcqXL4uyZUvLv\/Xr18Uqslyz04fKq6FwJFl4nnKKrIOChQpj6+bN2LIlsKbnBwo6LdU+Jye4k\/IdNW48bt+8KXMtB0fWLJlRqZIVypQpjeLFiyNSlCgoWqwISpcqiUpWFZEnj6kpxOX6denA545+c0c8w+PW2LLiZp0zZ86K9c+WHsMd+pupEDnAwdwUzM10z8kr5\/DwnTt3YcvmLRKhZoatIH4eS2uTz+WAh9Wr1mDH9p3S1CDpdM9r165JBeFQce5MN8N5WL9+A7aSVWTuhNdogmJNXmfsOLGxe\/ceIyWAjRs3ohh9E1kyZ5Lta9dcpE7xj\/82wwKTm4nZA2Hr\/NSpU+QFxUJl+q64z8oMC2Unp31YtWo1fZ\/7pOnUDH+\/UUk48jU4MIW\/sy+RlySn2BsJKsBv3bot0bu76Dtydw9saP8qcNmZBTFTtlw5+ma34gV94zysZ8OG9ShZurR4lCVLlkC1alVRtWoVpEiezDjDBF\/DspmemyfzFyxEMmMVlek7Geqzf98+WFWqLOXI\/YDr1q4T2fOc5NT27dthRcouKHxdblG0VFDsMX4gZVa+Qnl5h1wf2OBfvmw5bl53QURSnJZEIe\/TukZ1bCJZxwrrxo2b0gfJEdMs\/6taV8PhQ4fFWYgWPQaOkqwbNmSoKGMWg6w8AzVz098sb5MnSyYGx7y586SsOLBq3px5yJ49O1KlSiFKn881E\/Q6XF7mbf7b188XufPklcjmjRs3yVCrI0eOSmsqd0EG5fOnzyRnH9Iz3ZahWkfp2LZt2iBr9mzyjnzp\/v4f\/L+8X\/bEx4wdg6tXrtD38li88hukm86dPUvGU0uUK1dWmufLly8nTetv37pJ3f4evq1oCc5E0IG74cKFFc1++eIl3LlzT7b5mKrVrFG9pg0GDxwoyupbbNmyBVmzZka1KpWQIVMmrFq5wtgTMubB3paBB5y\/sWPHoWnDRli6ZAmGDh6MBuTxcsEyLtdvoGXzljImbUC\/\/tI00KBePbLMlqCLY2dMnDBRxsp17dJVXuq+\/Qclcq5Jo8aYO2cOZs+egxpkzXDUXXBwJ3zjBo2k\/2Pd+nXo36+vjNViQcfWzlr6WLgyrly+nIScqbl95YqVqF2rFuZTBeTxeDY1a0pggEYTlIQJ4qNCRSvs3L5DBKoZFohnT59GwyaN5RsYNnQY1cOGIkxnTJ8uXSuLFi6WY1lQO5AwsmtqB9vGTTCQLPY1a9dTvbP5MjbxzJkzqFXDRsYUcsRtp44d0ayprcRCMCyE7pDAakrnT582nb6lfqhXpw4ZkA\/I6wlQ1mZ4yAtP2L9k8WKMHDFCupt48odfCTam45LHb\/YWGbvmdsiYMRNsmzSlsmiKePHiU9n+9SIVfA2+ltlA53+7d+8mMofLtEXzFihCypWDkZgOHRxkkRfudrNr2oxkZVY0I5kbFL4uRyybHRm+LvcL83WTkaIbP3GiGE4dHBwkOjdDpszShBwUR8dOKEOKpHPnzuTR9Udk8nCTJE0Kfz9\/8dTLknLh4U4sGydPmgR7KofkZEywjuJ8Wq7zHI28QvbKmdFjRpMc9IAtPQP\/Xr9+hTHjxkl+eRUtPtYMt26az+Ni4ufibX4m\/ptbE3mIT7\/+\/TB75iw0pXcwbOhQdO3WDaXIyLGEr584UWKsWLKU5H8L2NvaogfJaO4DnjRlMnmrJm826PvNTEZrO3qf8eLFFYfqyOEjyJErF5V\/NuMIE9wcXqFiRezds4eMgJCHLX2BbqaqV62mEsSJq9KlSq3u3b3LScLUKVNVtsxZFHmERkoA9GGqtKnTKLKAZbtksRJq5PAR6s0bN5U3V27Vrm1bSSdrTeXPk0\/17d1Htpl79+6rTOkzqu3bd8j28uXLVYZ0GRQJD9kOifPnL6qsWbKq\/fv3GylKkUeo0qdNpw4ePCTb3j4+qrl9c1XLprby8\/dXFy9dUamSp1SNGjRSr1+\/Vm7v3FWVSpVV0kSJ1d69TsrL21utW7teJUmQUF13ua42b96q4sSMqfpQfkmxy8+uma0qX7ac8vPzV5evXFV56XmcTznL\/bp27a6KFCqsyCuV7Xfu7qpAvvyKrCzZdnZ2VmlSpFJkLUp+zl+4qDJnyKSWLF4q+5mhQ4aqYkWKqleUP03oUaWilZo5fbqx9etw+MgRlZa+zWPHTxgpSk0YP0EVLlhY+fj4Ut0\/LHXc\/C0yXH+z07fL+589d1W5sudUVhUq0nd7Vt28dVutpTqfM3sORYpWff5MMsC6hqpfr77y9fOT88mSVymTJlezZs6S7bFjx6t4sWKrGdNnyjdBHrIqV7qMatO6jfL09qFrV1KkgOXYffv2yze5c+cu2SYDQTm0b6+qVq6iPDw8JO1noX6dumro4CHGVmDIS1Tv6XsmT8tICeA0yb+TJ08pUmhGyrfha7jTtfialnDZHDt2XJESNFIC4HNOnDypzp49a6R8DXl6yuO9x5d88PW5jPm6Dx48UIcOH1Z8R19fH\/Xew1NVsqpCMnO7HGvJoUOH1L3790XG8bVYXlWuXFW507XN3LlzR+3bf0C9fPnSSDFBXjNd31RvGHK6lJeXl7Gl5HrkqJAsPK0+WpQXH8PHmjFdx1f+5mJ6\/\/69bMt7oL8t38PLl69IDxygevi1bmLM57x+9Uq9ovxynlk2W2J+J1yGQXn37p3km69BnrORGhgu4zdv3n71TlmHsi5lncq6lflLjzYk2IKJHDlKoEG93FwQN25sDBw6BJs2bMSuXbsDWSxmtpI3Gz1mDGQgy5Dd71y58kjz6rYf6Fw2s3njRrpORiQj64qbPJ48fowSJUvi4oXzuHfvnvQxsHXTuGljslLiIXasmMiZKzfy5S8gUXDcdJYrdy5EpXxyUzYVPtJlyIjuPbpLtBv\/HDp1lLZ9FxcXsuxNlhsVrfzbsaMDNm\/bJhFxj588laYKtsK8vUytANGimda5jE7\/cvThTjo2arSoZCXlJK\/7pnjehYoUlhYAtp40mqAUKlQI6dKll24Zhj3bvXv2wqqSFX2DkaS\/9cCRQyhdtqxE+PN3IH4TeQLc0sRNkSQ0ZJxm\/vz5JPCD+5\/C0nfB6cyECeMxZ\/48aXbkbo0XL15IpKe5+Zj7X\/NTPto7tJNvIlmypGjVti0unL8g35mll8TfZIoUKZEmbVqp4+z1Fqdv0sXlOi5eumQc9fPDnhT3pZq9RUsK5M+PwoULfdVcHhJ8Dfb8zB6tGfaaihUrKkOKgsLnFClcGPny5TNSvoa9segxon\/JB1+fm3v5uhwp3rN7D0ybMhWnT51Gv759qb5ERJGiheVYS8hoQEvyWPfv3yeRwnwORxnHoDpgJl26dChXtowENFnCMj6Sxftn3WD2TBnOW6FCBVGwYAEJgDLDxwT1hLluMVxMLFN5W94D\/W35HhIkiI+ylBf22oPDfE68+PElsIvzHIvK3xLzO7H0aM2wd8355muYA6+CwmXM\/dBB32lw\/G1Fyx80BzjFoAwFpUb16qhbvz4G9usnUbqRLZqWOOzdyckJbm9eo4ujo0Tp9erViwSCN7aRAuZ29++FLAm8ef0Gd2\/fRusWrdC6ZWtpJl68YIE0G3BIPB\/DFZGj7cxwlCC\/ADPc\/s+FZRZIfK5lReGB5tzU8IbyHC584I8udpy4mD51Gmxq1oK9rR26de6Cp0+eIEo00zObBRmH7DMswF6\/fEnHdZb8tm7ZEiOHjUA8emEaTXBEIqVYtbo1jpIhxkqWm2Af3L+H2nXqyH5u5nImQVnXphaaNW0Gh\/YO0t9nbnbjb4C\/wURUr82Qkf3lX5YT4al+9ydBXL9uPTS3t5c+OG8vry+Cjw3LpEGEGgfzsALmIClW2mZByFGqjx4+QLvWbaSOc9fM7BkzZdKAEIepaP51cuTIgSlTp0pf+ZJlyxGXZNW06dMQnxyOoHTp2gX16tXDxg2bsJMcJJ5Iw6GDw3cpEc1f812K1tKSMHNg\/36yFOIjW7asXz5aS\/qQkuWPb9CAARJ5Zra4eNaVG+QZOnbtJjOfNG\/RXP7t1KUL7t69g+NGJPP3wNfkmVMKFCqMFatWYfHSxTI4fMHixZg5dw4yZcooFj3nz6zwGN5m4RMcfE3uU7A83peEiShsshS5g53hMuHrOHbsSELNCbb2thIZvWnrFrJA88PHGDdnLhtzCbHll4a8k3kLF2ER5XfhEs7zEsxduBClypQ2jtJoAlOjRg0yQj1kgvTNmzbJVHDZspn6jRYtWoSB\/fujRKmSsoD5qtWr0NbBQYJZBKqDXF95yrmgsGfLnk9zW3s8Jk+2bbt2mEzeDH9PSZIm+xIPwfI26MgBby9P8WRZoSv6PszfFM+YlDN3HixbuVzqONfvBYsXYda8ecibN48co\/lvYK97+oxpmD9\/LgYPGYTkyQOG2ljCxlybNq0xj46bO3c2GjVqaApy1fwrfJei5XkoWV\/w772HKYpt+dKlsLWzE3f8QzBWKs94MnT4cDgfP4ZbN258sYw3bdiAlKlSo1OnjtLxzx3tdWrXEosqLSkgjsIzdNN3UaBwEVy5fIm81HAyw0jatGnh7OyM7qS4ecA0u\/c\/Ah9\/59YtHDsWoPC3b90qAR+ZMmchj9wkeLgSchTc4QMHUK9hQ9Sn58hHQsTtrRsuU34iRDQ9b9iwYaQ5mkPkmYKU38ePH8nQqbRp0iAd5ff586foRILx7p27coxGE5TUqVORIVZWxvCdpvpdo0ZNqVvMvj1OSJEqFbrSN1SieDEkTJhAIiy\/xxfhZjNuKr504Tw6ODqievVq5Allw236Bthr5mhi03ERcOHsuS9Bhsy2zVuQJk1apKK8sTFtNioLFSkq0a2seLmO83fJ4867dOoUaOo+TcjwSAk2gL4HnizEPNLBkvsPHsqKQd+aYzi0YQOMWz95eBIPheLpEx89fmLsDYCj0nnMblC4O4\/Hi1vi5+cv3XQsV38VvqloP39SuHf3Lpo1aoRKFSrAqnx5VKtSBX1790Z9SmvX3hRt9\/nzJ1EcXyxoA27jt23eAm6e7+kYBVcq8DWkSCtaWRlHBMBt99Vr1sDGdetx9uxZIzUwXLA8BIGbes20bNWCFHQ62FSvgWHDhqNnj17kRQ+UMHz2uH28faRpy\/KlcD4thy6w98pjs\/gYaQKjvIweNQqDBg5Gt27dsXDBAonG4\/5duR6PLyYvN0rkKKhczRoL5syVyGeeG7RXz17SzOb64oVcL2mSJIiXIAH69OiBFStXwdraGpWpDO1tm2FA\/4EYMGAQWrVohRw5cyJ71qxGjjSar6lGSnDr5k0yjrsifVtmqtesSUrxvsz\/ynPZtmvXHrdu3SBD0F+GlHHzH9dZbnY2w39zGnus6dKnQ+GiRTF00CBMIW928KAhmDRxIiJGjizdIAzXZV5Zhvv8Ro4cjZYtW5MxekzG4saOGUtiLbjlh2lGdTsXedwcfT9kyFD06d1Xptbj2IlUZBBovg0P92tFcvP2rb+eeYhlV6cOHWW4pCWzZ82WqQkHDxggfa+WY3\/\/S9yojnG95Mhf\/rezY2fYNmlG3nNbiXsxs2zZcpmQ6NbNwM+8asVK9O\/T19gysZkMvGqVq2LL34jp+X8RbjCxmhQABxGx19nM1lZCqWUnKZ0ECRPKx8Gh3hzOXaRoETiQZWpvZ\/ulSZk\/5DCknAoULCAd5pZwR36M6DFQukxpRIvKE3FHRKPGjekeATOWmEmRIgWiRI2C9BkySLDFV9B9OECjSJEiEtjEcDBTpcpV6C8lFZPzwsFLPK0XW\/RsZUeLHp3OKRwwSwodw\/nMnt3U9MbncIASz+V5h7zKG+SBd+\/ZQzxMfxJEPcmwqGZdTY7l63EHOnfuc4d5yVIl5XqmewP2LZqjZq1a0rHPfSQ8jVmmLFmk2Y3vmTNnDlQgQ4NbAm7eJGFIwqlx0yak0LtJYIsm9OAhVhkzZaJ6WtBI+bXg2XdixIhJCrc6ChTIb6RC6nGatOmkJeat21uUIoXWiQ1D+sYy0fPGix8PESJGRKHChZDAiE1g35O\/IS4LHtNZkuq+B3kV7HXEiBEdHcm7ZcXI3wzXYxbopcqVQeHChWWVmZh0zJChQyW4iscicuxCfsoTN02yHOHxoOwN3yYPmA3xNu3akQHQNthuqP8nPPduQpJx\/O3\/v2HZwmNUeVL9yxcvwM7ODgkTBczWFBQeQti7Vx\/s2r5N5gbmIUAMt8aNGTMGEyZOQCfHTjJ2+sC+A6hUqZJ0tf2XvKM6NWf2LJnLuA29fx4Sw3X3KOVpy5atqFK1igwd279vP5YuWSRzINQkh8uM0969cLl2FY2aNJZtbx9fjB87VpyZp4+fivH5s9Wpd25uWLZkqRixrNMaklPKLzfE4T1\/IkuWLFMF8xdU5PUaKZrfhV91eI8m9PjW8J7\/mtNnzqrKlaqo8eMnqLKly6jz584Ze76Gh1fZ2NRWw4eNUNVIfq9eudLYo1TPnr0UeY7GllI3b95ShQoUVLdu3TZSAiDHQoZ6rV+\/QbVu3VZ17txFXbly1dirFDkdqmePXqpNm3Yy5GfpsuXq\/PkLxt7A7NmzV7Vr56BatmilVqww5YeHLBYpXERt27ZVts3w8BwecrZq1WrZHjVylCpZoqQqVrSYmj17jqQxY0ePUTbVaxhbSp04cUKVobI5cuSYKlWilDp+\/KSx5+fhXx3e87vCTWrcNxJ0EnCNRqMJTTheY96C+ejWrau0EIYUsMlwiyAPyerXv6+0sFl2pz2+f19W+zHDLZG+3t6Bplg08\/DRI\/Tt1UtmAitatIh0oXXu5CieKPet8iL3vr4+qFmjOvbs3oPOHToGu\/oPzyjWr09fWd2Gh02OHzsOc+fMRcSIkaQrLuikDjw8J0++fF\/mgOfRKOnTp0ePnj0xZ9Zsi6buwAE7PPSIgwBLlCiGbDmyY9WKv57o6GdAK9ogFCxUEN179Ag0vEej0WhCGx6TmSxpElkK7ltKlhwkkU9p0qSWbe4\/5+4vM6x0LWNS+G+5XjBBpmHov\/gJE6JX716yYs7gYUOkWZb79nkuhDixY2PK1CmoVLmSHMNDvCzvZWb2zJmoW68eWrdujXr162EcGQE8hNJyFr+g8PhWy+fkKRFrkEIXGdzFtIAFzz1ghuMAeKre6jVMTcsciX\/69GlZ4epnRyvaIOQkK6lFy+Za0Wo0mp8C9iwdHbugaZNmsnj6we+Y2MY8nJLhKXIZnmQ\/KKyEuR+Y402YCOFNkzhwZC8vA5fUIlYmXty4dOzXY6G5FZBX\/8mXP6+RApkXmJfMY6PgkzGHQFBcnz8PNCrkozGksv+AAXj+\/Jn04VrOwXCIF9G4\/0AWqG\/dui2WLF6Cx48eYvfurxfE\/9nQilaj0Wh+YjhQs2iRIihdurQElaZKEbC0XHCkSJ1a1ik28+yZKyJFiSqBmUGRFW5I2ZlnR\/r06bMoR56gh73ZwEOMwpiaqIM4tKLU6RxPi8VcOHKah3Tx8WHD8HwHgcdw8\/5LFy+AZzUT6Hwz3NTdtXt3jBk1GoePHJX5CxhuNubZzziAimfT4gBV6xo1sXbVqkBN5z8jWtFqNBrNTwY3qbLCY2KQoqnfoJ60tNnb2yFdurSSbsbyWIaHNp4\/d17G4n76rGSVJ567IE3aNMYRAYjHSZ6k5fns5YYNEwZWlSvJaIqLFy\/JsMqtW7fIMDJeTN4SVqL5ChSQKXR5YXQetztyxEgZ8siTpHBTs5ubm6z+8+bNG1y\/fl36gVOnSSNNxQwreMtmZJ5joRQZFps3bBRFe+\/eA5xxdpYF7hs2bCDN3PxvR8dOePDwkSjknxmtaDUajeYng73E4PpCgyPosTyMpwx5fs3tmssqZLwMKAdN8TCaoPB5ls3MDG9zPzHPTcxDOfv06SNTe\/KSdClSppLJS4LStXs3+H3wR\/169dGY7nnnzm25Z3TyxnlZvonjxsuKUtWrVpPVirhJmNcZN3urfE\/LfHC+WKlmypxZtnft2onUadMiZ44csm0mU8aMyJs3L9asXCUGw89KGLJkVI1q1tLJzG3zTgf2y2TgGs3vRlWrSqhW3RrtHByMFM2fToO69ZAte3YMGDTQSPn\/w57d06dPZSJ8y0n3Q4KXOmSFxfLbDPunvEb28+fPZR3vpEmTmHYEgdcUdnd\/h8SJE4uiY2+W52PnMdYcEMUT8yRMkFCm\/0TYcGhhZy99qCVLFjeuEAB7s4ePHIa\/rz9KliohY7BZ+XH+TIu\/mxZZ5+XxUqc2BXKZ4Tnreda9pEkDz5\/A82abPW7OX6JgxhXzuFU38rhT0TXZE\/9\/c\/\/ePVQoW06a3YsULYot27dpj1aj0Wh+Jlih8EQH36NkGVZOlkqWYXVTokRxmeI2JCXL8Mo0fL7Zm+RmYF4Rh+\/NixE0a9IMp06dhC8p0ckTJ4pCz5krsFdphldKq2Rlheo1rL9MDsSTSfCzZM6SmX5ZkCVr1q+ULMOTqgRVsgwbG2wE8GQtwSlZJnacOEiTJs1PoWRDQitajUaj0XxF+fLl0KVLZyxdsgyDBw0WN3n8hPGIHUxQlebbaEWr0Wg0mmDhqROXrViGhYsXYcLE8bJAhObH+UrR\/uhqNxrNrwIHWPxs86Jq\/r8EFwykCQyvVGa5sLvm2wSnQ78KhtqweRNSpfq6DV2j+dVpULcurCpZwb5FSyNF86fTsnlz6Tvk2eA0mn+Dhw8fSIS1ZTDUF0XLa1zyijO87qq28DS\/Iz4+PhLsoVttNGY4qpbn4uUF8DWafwOOGmdZw\/PlFyxUKLCiPXXyJGLEiIEp06cFG\/2l0fzqdOvcBcVKFEet2rWNFM2fzoB+\/ZE2bVpZ3lKj+Tfg4UyOHTrCw8MDhYsUCaxozU3Hx06dlHBqjeZ3w7pyFdSsZYMWrVoZKZo\/ncYNGiJHzpzo3bePkaLR\/DNcXV1RvHCRb4+j9fH2Nv7SaH4vuEmHJ0DXaMzwZAg\/+zy5ml+L4HSo7ozVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQpEQFa2fnx9cXFzg+uKFkRKAt48Prl27hjdv3xop\/4wHDx\/i0aNHxtbPxZOnT3Hp8mVcunQJFy\/Sj\/+l37lz5\/H48WPjqNDlxYuXUt5Bx\/s9d3XFlStX4RVk3Jab2ztJ52nAvhceY6r5+Xjw8BGa2zdHLZtaqF+vHmyb2dK2Pf1dH\/Xq1EGtWrVx6pSzcfT3s379Bjg4dERnxy7o3LkL2rRpizlz5hp7IXVtypSpct\/a9Nu0aYux5+8xa9YcjJ8wwdj6s1FKYfSoMWjXrj19q+5Gqglfkrt9+vTD1KlTjZRvw+PCz5w9J5Mj\/L+YNHkqvd\/Z8vegQUMwbuw4+fuf4OHhid69+2D7jh1GytdMmz5D6uivQIiKloV7owYN0dyuOd57eBipJu7cuQubGrWwe9duI+WfMXzYCEyaNNnY+rmYMnmKzCjE5dCiOf3s7OXXgITe0qXLjaNCl3PnL6BGteqi6C0ZMnAQSpcogW3bthspJpYtX44OHTqQsPxopITMwYOHMW3aDFK0ykjR\/EzwYtoZMmZC1qzZkDVbdjFInU+ekonwM3Ma\/WL+4Pqgn0nQr165CieOHZW\/\/f38ybD2D2TIDR48BCuWLoO1tTUKFymMvr16YtWq1cbeH+fChQu4QMapxrRi0PlzZzF79iz6mRSUmU9k8B4+eBBnT58xUr7N+nUb0KlDR\/j6+hkp\/z1nz5zBZXI+mIiRIiF8xH8+lzjXxSMHj+AROWEhce7seVykevUrEKKi5cpAbx2HD+zHrJmzjFQTbJH5eHvh88e\/FuTfA1tlnz99MrZ+Ljzd3ZEkaTLMnDMHixYvxgLjt3rdOtjaNjOOCl3y5smNSFR5r1y5YqSQIfTyFR49foL48RPgwL59vCbzFw4fOICMGTIiZswYRkrIzJszG4cOHUT48Hr5uJ+RRAkTkofTC8NHDCNvYSAKFSmKDJkyYciQwRg6dAiGDx+KrFkyy7Fv3rwlRfwYn+i7\/RZv3rzBK\/r17see02TMnDUDixcvJOPMQfZfuXINa1evxqixY2Df3B49evZEE\/Kkp0+ZAi+vvzdzXCQSwJEjRza2NFweqZKnwJKFC3Hs2HEjleQu\/Xhhl6Bl9erVazym751lrxluhXr08AE8PcibpRMt9wXFj2Tsvfv38eTpMyPla969c5fWxZDw9\/+Ae\/fufzW7GufVvFBHv7690aVzZ\/nbEs77S5JZwfH4yVPcv\/9AWlHNsP6JHDWKzL\/PPCQD03I\/Ezly8HXqCV2PWyJ\/Jr7ZRxueCq902bJYOG8+Tpw8aaSaCoFXQQlrrO3JL\/D69RvytxmX69fF87WEK9S0qdOwjCzlZ8+eG6mQNUItVwzips\/VZD1PmjgZO3fuxIcgCt39\/Xts2rRJvM05s+fg6tWrxh4Trq4vyNtchokTJ8n5Pj6+xh4TFy9exPTpM8ianIMbN28aqcGj6FmjR4+OggXzI2fOHMidK6f88uXNg+TJk4kleeXqNTx48BCrSTht3LgJnp5ecu779x5Yt3Y9Pcck8jq3wZe8Bku4fObMnkse5XScO3fOSP2aRIkTIUfuPDh96pSRQuVLz\/zB3w+t2rXDrVu36UM0VeKX9EHeunkLhQsXkm3m5ImTmDVrljSzcCvER8Oo4XfGQve9+zs4O58Wr4Z589YNq8jj4fK3PJ6bc67QffmjWLp4CXbRPv6ANf8dn+hbCCpQub4NHDAINjVqoGnjJqhauTLVt5Cb3J4+eQIPeueJEiem9+6Ms2fP0TWNncSpUydpXxLkzZfXSAEqVCiP16\/f4JrLdSMlgKNHj6Fx48ai5M3s3r0HDg4d8I4MVc3X8MoulatWRYFChTCADB4PQ2YEhcuvV8\/eqG1jg8aNGqFalarYt2+\/7Dt05Ch27toFb09PdO3clWTu17KMWyyWLVuOyhWt0Lpla9SqXgONGjQihflA9l+95oKOHR3JaBuOZk2bormtvbRksvxm3Ej59urVh\/YPg52tLVq1bIka1jXk27fEvM4zX2fC+IAuApYxjRo2QoO69VCrpg06O3YWhc6wzKlJ+bGl+zZp1BiVrSrBad8B2cc6Jgop0qNHj5JDY4vGdI2qlat8s16zDG7ZoiUa1m+A+nXq0nWbfdNw+C8JUdHyd+dHgryprR1Z0UXQt3cfuLsH7gcQr5eYOWMWRgwfLn+bGdhvACYafTJsefWn7XZt2uAYfZTL6cU3atAg2I\/WhV5M\/bp1MW\/ePFI+ZzGo\/0A4tHP4orxuk3JqULc+Jk2YKEJ\/7Zo1dHz9Ly\/+OlU222bNsI7Sr165in59+qJl8xai9BhWanZknR89cgR76JxG9FI2bdos+4KDn5DLwjuIsjbz4uVLdOvSlSqhHQb1648pkyZLP8tDesEN6tWnspmB8+fOYxhV1DatWn2pZNxHVo8qw969u3H08GGp4DNmzpR9QeE85M+fF5cvXZZlvZijx44hZerUVIkbwO3Na1yjZ2WuUZlEJCuveIkSYqCwAG7TqjVOHD+J48eOokN7B3kX\/E6cz5zB8+fP8Zys3I1UBqxQXeid1KtdBwsWLMRZKv9+JAQ6OnSUOWEfPX6M9vQu7O3sMWTQIDFy2MrV\/P9gpTug\/wBs37YV\/QYOwORpU1CqTBl07thBhFRw3CRD7AnVz\/Gjx6Bn9570PTSjb6geGcwm4fvqxQvxqiJGjCTbTNx48RAjVky4Pv\/aI3r9+jUOHzgYKCbgBV2Dm7j13NLBwy140aJGw5BhQ\/GcnI7x40z9mmHDmEQyKy5+t7169MLhQwfpuGGYMnUq8hcogPYkR8+fv4Cc2bOTXCiAKNGikZxuRob\/16uurVu7Dt1JPjWhdzx1+jRMnDKZlOw9DBrQX\/Z7e3tj68aN2EH1x7FLFzmG7+vQpq3EfrCM5y6G+XPmolLlSphOMqpIsaLo5OAgMTwMyyeTJgAunD9P1zc5WOyFt7C3R0Ry2CZNnYLR48bAmZyFQQMH4saNW6I806RNi8m0b9rM6fJ3d0dH0jPu4vGzjNq1fQdKliiFadOni0zr0qnTly408z0ZNkhat2wlzsCUaVMxbcZ0hCHnrR09R1C99f\/gmx7tRxLU0ch9Hz12NJ6Q6z55sqkfNayhYM0oKpCgcJoyPCFWgiuWLcUM8qrWrFuDzdu2IF78+Jg7Z47s5+uZLaKRw0cgduw42H9gP5avWI5dTntw8cJ5zJ8\/X\/ZzxfH19cHuvXspbR72Hzwgy1wtpL+ZrVu3wNvLG5uo4ixctADLV66AJ1mPL16+kACh6eTVDRsxEmvWrsGmLZvgQAJp6ODBeGhhjVvCL\/whVcw2ZMk1a2qLpk2aoh4JpZEjR8v+COEj4KWrK+U5FvZQnleuXoX48eJiJN0jfITwcNq\/D8tWLCNLbR\/u3b1LCmyB9H8PHzYczVs0xwaq5GvXr8OEyRMxffJUnA6hb6ZgocLw\/0jK7qEpaOzIoUPktRZG0qRJkC5DRvEqGDZOYsaIhowZM5Knfw0bNqyXay9bvhRr163DwCHc97ZEArnsmjVFdvpYs+fMiTGjR4oFOXTwEPF09u13wgou\/z27cea0M5YuWYrIkaPg2eNHyJAhPQ4dP07vcyZiRI8m99X8f7hOnse2LZvlvVpVrIg8uXOjT5\/eyJMvHxbMX2AcFRg\/Mo7yFSyEtu3bYQ3VvfkLF5JwvIP+ffuSsfUZr1+9IuEYPtAarSy0zMI\/KJweNWrUQK1S3OLFytpsjGu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\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cb\u003eNote:\u003c\/b\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e1)\u003c\/strong\u003e The concentration of the primer should vary between 0.1-1.0 μM, being 0.2 μM the optimized amount. Increase the concentration of primer when amplification is not high. Reduce the concentration when non-specific reaction appears.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e2)\u003c\/strong\u003e The recommended DNA template amount is between 10-100 ng of genomic DNA or 1-10 ng cDNA. As the target gene copy numbers are different among species, the template can be gradually diluted to get an optimal template amount. 2. PCR reaction conditions:\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/2x_UNI_SYBR_qPCR_master_mix_LOW_ROX_UNI_R20612_b9b214b8-3076-4f67-9a79-1768f8b39a02.pdf?10546501736593966166\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cstrong\u003e\u003cspan style=\"color: #ff9900;\"\u003eDownload Datasheet\u003c\/span\u003e\u003c\/strong\u003e\u003c\/a\u003e\u003c\/p\u003e","published_at":"2017-08-02T15:27:40-04:00","created_at":"2017-08-02T15:27:41-04:00","vendor":"Uniscience","type":"Reagents","tags":[],"price":7000,"price_min":7000,"price_max":7000,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42372296841,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R20612","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"2x UNI SYBR qPCR master mix (low ROX) 1ml - Uniscience","public_title":null,"options":["Default Title"],"price":7000,"weight":45,"compare_at_price":null,"inventory_quantity":28,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/e01d25cca93063546d95be51d6aa783e.jpg?v=1527225480"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/e01d25cca93063546d95be51d6aa783e.jpg?v=1527225480","options":["Title"],"media":[{"alt":"2x UNI SYBR qPCR master mix (low ROX) 1ml - Uniscience - Uniscience Corp.","id":239891906648,"position":1,"preview_image":{"aspect_ratio":0.33,"height":300,"width":99,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/e01d25cca93063546d95be51d6aa783e.jpg?v=1568947414"},"aspect_ratio":0.33,"height":300,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/e01d25cca93063546d95be51d6aa783e.jpg?v=1568947414","width":99}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003ch2\u003eOverview\u003c\/h2\u003e\n\u003cp\u003e2x UNI SYBR qPCR master mix (low ROX) is a convenient premixed 2x concentrated solution which includes: Hot Star Taq DNA polymerase, PCR buffer, dNTPs, SYBR Green I fluorescent dye, Mg + and ROX reference dye. The mixture can be applied for target detection of genomic DNA and cDNA. The SYBR Green I dye binds to dsDNA without using sequencespecific probes. The chemically modified Hot Star Taq DNA polymerase is inactive at room temperature which effectively avoids the non-specific amplification caused by primer dimers or the nonspecific binding of primers and template. The unique PCR buffer components and the hot start enzyme ensure PCR specificity and sensitivity. ROX is a dye molecule that can be used to normalize the well-to-well fluorescent variation. Suitable for ABI Prism 7500\/7500 Fast, Stratagene Mx3000\/Mx3005P. Corbett Rotor Gene 3000 and other low rox level PCR instruments. This kit contains low ROX concentration.\u003c\/p\u003e\n\u003ch2\u003eShipping and Storage\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eStore in the dark at -20°C for up to 1 year.\u003c\/li\u003e\n\u003cli\u003eFor frequent use, store at +2 to +8°C for short-term (1 week), and avoiding freeze\/thawing cycles.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eApplication\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eGene expression analysis;\u003c\/li\u003e\n\u003cli\u003eGene copy number analysis.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eFeature\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eHigh sensitivity: exactly quantify the low copy template;\u003c\/li\u003e\n\u003cli\u003eHigh specificity: reduction of primer dimers and non-specific products;\u003c\/li\u003e\n\u003cli\u003eWide linear range: accurate quantification.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eProtocol\u003c\/h2\u003e\n\u003cp\u003eThe following example should be optimized according to the template, primer structure and target fragment size.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e1. Set the reaction system according to the following table.\u003c\/strong\u003e\u003cimg alt=\"\" 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pZb+g4dOiSykj1UrveJ6Tx2dlaTzGRDjK9bvEhReYZOHR3VtWsuIrPZUEueOKlqYrTqdOvWQwxZVtYMO04pkiZTaeka\/A2kItk6f56pdWeW0WLIRjTfK0umzHLslq1\/ryUgOEX7U\/fRpk2XHhEjRcLNGzeMFBPr128EFbL0Zfr7+SNChAiIEzuWsReITX9zPxmv1BImTBiEobSYMWPIPrKWpE0\/bFhONfUP8DFhw5qKgvdxH5GZGDFiIlLEiBKI4OHuLivnx4kTx9jL94qNT58\/Sz8bX4fPjxMnruzjwIXPnz5J\/x4JHlN\/Gu3fsX07Vq9cJXls1NSW7hcZHz98pGuHR2zj2uYVIPh+jPn6\/nRNzX+HvV0znD53FgMHD0Lrtm3RolVr3Lx+HSdPOiNC+AjyDs1BeW5u7l\/qUXBIXaSf+e\/v5fNnhYhUBwsWyIfixYuiecuWWLhkKezs7WR\/9Bgx5L7u79xl2wzHHpDQkjrJ+Pn7oUat2pgycybyFSxEKWHQuEkjFCtWRPYHhQNwokSNhhKlSiJViuRUF8OCjAiq37GxYd16GQmwe9cuRAwfHmfPnkWCBAmQMnUaTJs8FVUrVYHT3j2St8iRo0gQ41v3dyhcuKBcO336dJg3fw7q1KmND5QvvhfD\/5rzy0XEkdxXL11CFPom69SuLenJkyVD0eIl8JiejQN\/+Pvnbz1\/oUL0vUana3ySvl7+7n6knP8uESJExHs3Nzi0bYN6NrVQo0oV9OzW3dgXQd6NOR+RSZ69oPdStWoV7Ni1E63atMWVy5dwjsqP61KhggWwdOVKHDh0EG07dMANFxccP3pMAkFD4u3rN3TNZ0icKDHCWdQ\/\/ttSLs6aOQs7t23FgMGDcersGcyZPx9XLl4CORmyn+szl51Sn7F85XIsXrEcsWLFxt7du2X\/zBkz8OjRIyxetgwHjx6BfctWePXqlcSaTJ00UfqOt1N9OHDkMLJmzSrxNfxM\/O48PN4jZaqU2LJ1M0aOGYN3bu+wY9s2OHZ2RIVKleBPxy1fvQpFixaFp6en5D081avFy5dh5pzZSJQwARo2aoQ9+5yw28kJBehdb928id53DEyYPFlicGrWqYWZM2dIXhXVIy73qFGj4uatWxhKz8zxFYePHZO8Z8ueDSOHD8eTJ08RLVo0WaQ9ceJE2LRlE8ZPnARv2t5H9fff4qdWtLxId6bMmbFm1Urs3btPgoLIYsTYUSOxZNFCUTo5cuaSl7Z123b40cfGwUynT51CsmTJpZLxiw4O88cclAgk0G5cdwFZiaRAFY7RS\/Hx8UGmjBmQOVs2UZ5btmyViD6yQnHi6FEkTJgQSRIn\/nKvoMEKHz99lP0pSFi9d38va18uXrIIZcuXR\/ZcuZCNKiWfo+i\/TyHkl6\/NH6s3KeAPpJQ1\/w3Ozs5Yu2adCHyGjTCuO\/y+kiRPLgbQc1dTUNu7d+8QL34CRCNhHxxskIU1BC55Wt9UypawEEmdLh0mTJpEQmAiRo4eRYK6srEXyF+gEBmDkXCUBJwlY8eMQ8WyZXHixEkRdvy9pE2XhhSWDcaOH4fIUaOgR9duMnwuJLjOWdbnKJEjw\/+DP7LQt1CGvk8rq0oYMmo06jVoQN\/gNtSqXl0CmDifterUMQxGk6FAag8vX76S6\/DXt2vXbly9coXq9ie5D\/9YoXC5BCjbMFLmn+iY12\/eSBrj9vYNwoUPJ89leSwjypq+XfN2aPPx4wdEjxULvfv1w5gJ4zFx6lR06tJF9nHZmZ+N4e84WYqUqFy1qpQlyw5+Xq5H8eLGRXtWriTDbJvZYvuWzYgWnerSXzxGeCoHVvYspyylGt+Lo9HNnDx2FClTpiTl3kocBOvq1mScFMRp59MyxIyNAj6\/QqXKiB8\/HuLFiydKKCwZWOQd48K5c8iQPj0ZZkURg\/I1cdIErFu\/Ts67QcZnLLrm0qVLMHGCSemyg3Tjxi1xFqLSdaxrVBfFlzBRInKgTEFu\/P4iUzkwfD\/JA71PlnFFiheHVcUKSJ8uLUqTsVetRg3MnjUbzZo0waOHD+RcPp6fhfPN26x4GXOZc71zuXIVT58\/RfMW9khOMjhVqlSoXbce1SE3nKa6z+UfifJQrXoNed6EpNS5HoYJ8++px59a0bIVw9YPF1azRg1RrXJlGebA0WlDR4xA7ty5UK9hA7Fke3fvgRpVq6GmtTVVvAjoP3CAFCBbR++9vaQSMmz5vn3vLhYMw5XRlxQh7w9Dx7MV5UUeSusWrWQ4x\/w5c0ghVkBRqlw2tWqhXIWKGDF0KKrTvapWrCTCdQB5O+wx8zXevn0LTw9PuTZXGHfygt+QxckWGnsi4alitKV\/W9o3R+cODjh8YL9USvY23pAgMXuynC\/eZkuQiRcvLuXZE90cu2AbGRWa\/4bly1bArkljTJkyFQcPH8EmEiwpSFgVJM8jf4GCpHQ+YO3q1Vi\/YRPOk1dSmCzyJImTGGcHwMLkhss1rCGlvWLlKlwhLy0c1TXGrLjNXp0lvI\/TOWrYUuFZwl5uVRJCG9auRbeu3SX6ckD\/gViyYD5Z6UmQLVtWyScrelbaTHay6PsNGCiLVA8bMiTQmFsz7EkHzVdpUtxent6iXKysKkod3bxxI9Xr8Lh6+QrVfQ+ULVcOqVOnpme8LC06rEQyZclKXmwGKs\/lEnE\/d+481KJvec7sufJ9s4HpS9\/Pnr1Ock3+ds1jlUvT9VjYjxoxEocOHcH8+QtxaP8BFC9Rkso6kTwT59OyfDjPIZXXv41Z0dvY1ETdunXQhOpLxQrlJS3oO+VjWTmYMRvQLOBv376D8mXKYD95bJVI1rGnx\/v\/iqRk8KWjsr106aKMmDBz7vwFVK1SFRPJQ2NYvvE75dYzRuodXT9sWPb8ybih\/8zKiWFZyceIkWA8oylN\/hSj6cGDh9JKyO+L2w75eEVeMbc49B04CAkSxKdz\/En+hZMWO4avwch1CXMZ8TUYc3myIcXw1pQpU1C\/dm34ePugmZ0dMmTKJAYfH8tlZM57cJiv7+8fsBb1J5L5fGVu9eAb8L1Z9jNB8\/dv8FMrWqZ8ubLYuGULOnfrSh9qejRs3AjLVq2Co2Mn2Z82TWosWb4MXbp3Q8xYsVGNFO2SFctRpkxp2Z87d24MHjiQhFFx2U6bNq00I1SpYvIIkqdIgQF9+6FEyZLSXMAfe\/5Chcnqa424pNzatm+PKdOmISJ9HAnIyptPnnS\/AQMQl6zPsuXLSTNKdbIMGbaE+vTti9p1asl2BHpxrVq3QveePaSSsyW4lPKWLXt2vCcDoFefPpg91yRoclDakGFDkT9\/Pjk3aZIkYizUq1dftpvaNqPr9EaWLJnpPvElTRP69OrdkyzxmhhHXmRjsoLfurlh3KSJUhcqVbJCuw4dsZTqRNuWLchbTId+\/fuJhxEU\/mi5C4KHA40dNQopU6Um4WP6kHkfW\/1mQWPJt\/aZYet77PixaNysGSn9VXBo3QZzZs0kpV8M02fPEov\/IwmPoNepV68uapLwOnrkCBbMX\/BFgJrh7hU+x1LgWNEzd+neHXNnzkKeHDkxcdxY+aYSkWdW08YGefLlQ0f6ZmzIs2VhFiNmTNy7e08U4tCRI+Dm9hZ2jRtjEHl\/FUmZdOvZHVGjREbBwoXx7OlTdOnYSSZlYc+Hm6rZ06pWtQoGknF7\/txZNK5fD3179USZ8uUxhu7N+WNBGvTZ+G9O+6\/gPJiN+aCYFYcZPjZoGiu6gwcP4vbNm2hJMqNZs6aiENnAYoOM30HQc8wkTJCAHI6GuEMeZK8ePWTY4YGDhzCof3+cPXUKscjbZgoVKYqnT5+IV3j\/4SOqK2vFOMxHMidK5EhfFKtZMTHmbVZCefMXkCGRK0n+8vjurp27oDQpVHZacuTMiVevXkrzbl96t1wWPDQuUaKEVA8+yzWCXteMWbGxocFjX\/levJ9bJRhWpJvJeIwSJarIyEpkgLjRd8hlZn7\/6pPC+\/ceMimLGb4GXzs75S1Z4qRYtmQpLpN3yz82SrmbLk+e3NLiyPcKKX\/\/CnTBnzYY6r\/m0eMnKnuWbKpWzVpGiuZ34u8EQzEkNCRKkqMsnz17ZqSa4GjaEydOqm3bt4cYeMPBUBxEVad2HQmU4ehJPvb+vXsS2OLr66vu3rmjXr16ZZwRAO8jRSWR598DR3hu2bJVnTlzVnl6eRmpSpFgUrdu3VJvLaIwGQ8PT3WDzrl\/7z7JmsC8efNW3aF8WV7HzOXLl9XGjZvUpUuXFHnKRqopUGnjxs0S1ckRv\/xclmXG3xjn79Chw4oEtJGqJLrYyWmfRHt6enqpJ3SdR48eBQru4bzwPU+ePCnlYsbXz0\/K6MUL05A+zg+X14P79yUa+lv802AojtotUriIRJXfp\/sFZc8eJxU9SlQ1fPgI2W7YoJEE6dw2hp2MHzuBJbratGmTunnjpgTIcbBR1cpVJECMR0xMGD9eub17L4GW1apUC3Z4jy+VdZ\/efSTAiSO7OUKbA+YG07ORZy\/HPH\/uqhrR\/RPQvoxp08vQH47S5nfGbN+5W0WLHIXyOlK2ObiTA7LKlCot2xzQVrQwByLFVRnSplMJ48RTAwYMlHd09uw5CdbiIKu8uXKr+LRv0KDBMpxt\/ISJEkBnDi7iqOvIESKqzo6dZXvkiJHynMmSJJUhUWQEqETxE6oWLVrKfr7GpEmT6ZniqwJ58ynratYqf558EmR26dJletdPJAiLA\/caNmgo5\/DwMc7DufMX5XyOXOYAKA4w5SGeGdNlkHrITJs2Q0WJEEmtWbNOto8ePSZBfK1btZbtHyW4YKgw\/H88wPrkiROISdan04H9SEMW6p\/Ic9cXaNygkVjoc+bPkeZeze9DVatKqFbdGu0cHIyU\/wYSZChM3kAO8gB3O\/38Ewj8SfBEE9zCNGDQQCPlx+AARw5k4pawQuSVcz+hJdyUe\/HCeZKp6ZAuXVqQYSITkxQoWFC8dp6U5uaN68iVOzeSJEmCy5evwGmvE5ImS4rSpUvLvnjx4ktT6dnTznRONOTJmydQK4MlZODgFHm03KrCnmq+fKYWMjM85ebBAwdw7epVZMiQHuUqVEAskvsMT4px8cIFaZnhvLJ3edqZ7xlF8ss8e\/ac8rcXL1+9ku6TkiVLUV5kFx48eAAnJyd4vPeUoKbCRTjgDvSM93Hn9m16xjzS6sddA+fOnUOKFCmQJUsWvPfwwLat2\/Ca7l+vfl0JJj154jgSJEyI7PRuGG725WtfofIpUbIEkidPhhsu15EjVy4kTZpEmsn5ubJly4bKlSvh+vUbeP7sKfIVKPDl+a5cuQJS5OIxc4sn35t5SN79rZs3xCtPnDixeMvnzpxFEnoHfL0fhQxoVChbjjzs9yhC5bBl+zZoRWsB9+lw0wM35SZNkthI1fwu\/L8ULc+6NGrkaAmGa+\/QXhtwPxH\/VNFqNEEJTtHqL94Cbu9PnSqlVrKaf5U4sWNj7NjR6Nixg1ayGs0fiP7qNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQhGtaDUajUajCUW0otVoNBqNJhTRilaj0Wg0mlBEK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU+UrRWq6VqNH8TpiXnNNozHCd+NYShBrNjxKcDv1qUYENmzchVarUxm6N5vehQd26sp6qfYuWRormT6dl8+bInCULuvfoYaRoNP+Mhw8foHZNm+BX7+HlkHiVf17mSVt4mt8RXoyal8jSrTYaMz6+vrLQA6\/YpdH8G\/AC8ixreEH8goUKBVa0p06eRIwYMTBl+jQkTZrUOEWj+X3o1rkLipUojlq1axspmj+dAf36y\/rT9i2aGykazT\/j2bNncOzQER4eHihcpEjw69EeO3VSFr\/VaH43rCtXQc1aNmjRqpWRovnTadygoSz43btvHyNFo\/lnuLq6onjhIt9ej9bH29v4S6P5veAmHX9\/f2NLowE+ffqEDx8+GFsazT8nOB2qO2M1Go1GowlFtKLVaDQajSYU+aqP1unAfqRJm9bYDTg57cOlixcRLnx45M+fHyVKFDf2\/BhHjx7D48ePUdPGBlGjRDZSTezZs1citGrVsoEn\/btxwwYkS5Yc5cqVNY4w8ebNW2zZsgUFChRAjhzZ8eLlS+zcsRMlS5ZEunQBeQ7K0WPHsWPrVryk4xMmTIgy5crByqqi7HPatx93bt1Ck6ZNESNGdEkzw82MK1euQiwqF873vn37cOvmTWmCZJT6jCRJk6NChfKIHTuWpDH79x\/AjRvX8enjJyj+77Oicz4hRcpUKF2mDBLEj2cc+WPcunUbBw8exMcPH+jeCh8\/fUQY+o\/fV5myZRAjeuD8+\/j4YvuOHXA+eRJub98iVerUqN+wATJlzGgcAXqm\/bh544Y0oVnmNWWq1JTX0ogf7+\/lNTTw8PSU540ePZqR8mNUtaqEatWt0c7BwUjR\/Ok0qFsP2bJnx4BBA40Ujeafcf\/ePVQoW+7bfbRmPpKSGDJkKLp16YrLly\/jjLMzHNq1x7Rp04wjfoxNpDxHDBsO72DarxcvWowpkybJ354enhgxdBjatGyFG6TULHF98QJ9e\/XGiWPHZPvFi5cYPWoUbgY5zpIZM2aieTNbXLlyFb4+PnBxcUG7Nm3Qu3dvUVYc1j+gf3\/MnjXbOCOAVaRke3TthoiRIpFJAiyYNw+jR44iw2APdu\/ejV07d2PwwIFo3LAhnj57ZpwFLF28GMPpGY4cOYLjpORPHD+Bo0eOYRiVZ73atXHr9h3jyB\/j\/Pnz6N29O9av3yD337t7L+VhF3p174EmjRpLeZh5+PAR6tK9RgwbRgbKG0Qh42bv7j2wsa6Bnbt2G0dR2S9ciJHDh1P+jn7J6xH6e8igwahfuy7u3L1nHPn\/5fr1G2hh1wJ3qRJrNBrNLwV7tNWrVlMJ4sRV6VKlVvfu3uUkRZ6OSpooidq8eYtsM\/PnzVdpU6dRV6+5GCnfT68ePVX+PPnU6zdvjZQAbJvZKavyFeRvUhaqYN78Knb0GKpJ46bKz\/+DpDMu12+oNClTqwVz58n2NRcXlTdPXrV3r5NsB+X+\/fsqfdp0atLEyerT58+Sxv+\/ZPESFTNadEXenqSNGzteJU2YSJ066SzbDCkYlSVjZjWw\/0AjRanaNWspe1t75ePnp3x8fZW3t4+6dPmKykrH9e83wDhKqWaNm6hKVpWVr19A3j99+kzHXlZZM2VRnTp0NFJ\/jFUrV6u09Pznz1+k+1MefHyVF+Xh6NFjKlXyFGrY0OFynIenl6pG77RsqTLq9u07ksa4v\/dQbVq1USmSJlfkHUtaowYNVbUq1ZT\/h4+yzXBeL1y8qDJnyKS6OHY2Uv9dzO\/je9m+bbtKljCxunf\/gZHy41SrVFnNnD7d2NJolKpfp64aOniIsaXR\/HNYh7IuZZ3KupUJ0aONECEiWrdrh4pGEytTtlxZhAsXXsYJXb58BcPJQ71\/\/4GxF9i4YSMmTZpMLrOHkRIAT3XGv+Cw3Kfo91l9RuNmzXDa+RQWLVoo6WbkOIvrhHRN5t07d\/h4eSFHrpwIaxzH\/8\/Npz379EVEekamQ0cHZMuRA4PIO\/X19ZO0gf36I3mK5OjVp5dsM9y0GjlyJEQmLzgyebnsJebMkR1p0qbGgwcB5SDPQ\/9GiBDelECEDRuGjs0hQwlu37olzxkcnOcRI0aiUcPG6Et5PHL0KObOnSdlyhMt8LWjRo1C96c8UF64Gb548WLSnH716lW5hpPTXlw4dw4jxoxG+vTpJI2JGSM6+g7oh+o2NvD1Mz2nufwihA+YmpDzmjtXLmSn\/HJeg+PRo8dYvGQpDh06jF49epGnXhcL5i8AGUZYunQZGtRvgNatWpMXfsE4w8Sa1WvRwr65eOAtm7fA4cNHjD2gPPljHj0rGVjy\/JMmToK3jw8e0r02b96MCBEjYPKkSSDjRo5\/+eq11EG+l72dPXbs2CHpDLcwLF26HBs3bZZ7jR8\/Hp7e3jJhhUaj0fyXhKhoS5YsjkGDBiBK5ID+1D279yJ8uLDImjULkiRJQtt70LO7aeqycyRQOzo4wI8EOCuCf4IfKbuyZcuhTbv2GDd6DMiTlXQyDOTf7yVDhvTIkz8\/OnfogIkTJuLEiVN46+aGSKQo+\/XrI32rTGR6xtFjx0m\/6rJly7Bu3XqcPn0aY8aNo2eJKscw4UgZubm9w81btyVPN27ewpo16\/Dq1Rs0btLIOCoA7lNkhcZl4v\/hA\/Y67ZO+8AKFCokiDgorlfZt22H3zp3S5xo1WjR0deyMsaNGS3s\/KwlWjEGVxTv397h79+6X8c\/c\/MuTjuQiAyMoKVOkwPTpU5EjezYjxQR5wUZe\/eFPynL3nj1wPnUKBQoXMo4IzOMnTzB6xAj069MHUaiM0mfMgHFjxqBRgwY4duSoGBQPyAhzaN9emq6ZIYOHigGTLn0GlChZEt7eXmjdogWcqayZCePGY8niJShctDAKFiqIJYsWoUe3HmJgRI4SRZ49Ehk4vP3q1Ss0JQV64sRJFCtWDMmSJUOfXr3lfOb5c1eMoXIbNXwEPDw8qfw8ZcazH6xCGo1G889htza4puOgHDl6TKVLk1aNHz\/BSFHq9JkzKj2lTZw4SVWqaKXIs1AfP30y9gamd89eqkDe\/ME2HdvZ2qtKFSrK364vXqpsmbOo1atWy7XKliqtatW0UZ8\/f5Zm0LSp0qgF8+bLsdx0nC9vvhCbjpkHDx+pdm3bqSwZM6mUyVOqHFmzqVYtWqnzFy4YRwQwedIUlSFtepU9a3Y1ZcpUIzUAe1s7lTxJUlUwf0FVIF8BlTd3XhUtUmRVt05d5eXtbRylVNvWbVSyRIlV4QIFVOH8BVTRgoWUFT1fkcJFlEN7B\/XO3d04MjAbN25SGdKlV1euXjVSlBo4YJBKkyKVevr0mdq2dZtKlSy56tmztxozZpwaPXqsGjRoiCpVoqTKmiWrOnfuvJxjR\/msXq26\/P1XtGrRUiWXvBY05bVQ4S957dihk3J\/\/944MjDOp8+qpHTepEmTjBSlmjVpprJTPjw8PGT7zJmzKnnipPLvx48f6dk7qDVr1so+hrsFMtLzTp9mas6tSPft7NhF\/mYuXrqsJk6aLH\/vc3Ki+pnmS9MxN\/cXLlhYfaDrmlm4YKG8E65j12\/cVCmTJlejRo4y9ipV1arSb9t0\/PTZc9W7dx9Vw7q6qlOrDr2XKYoMN2OvUk+ePpV606mTo3J07Cz\/duzYSd29e8844sfYtWu36t69h\/Ly8jJSfk1007Hm3+aHmo4t2evkBLsmTVCnbj04OjoaqUAB8hZ7k4cyYsgQvHv3DuMnTJB5Q4PDHKlrbqq0hNMoL8aWCY745WsNHzVK5mFetnQ5eU7Rgj3\/W6RKmQIzZ83E3gMHMH3GdNSuW5e8URc0rFsfRyyaLZm27dogKXnqiRInQps2bYzUAHy8fZAnb16MHT8W4yeOl3+nzpyJB\/fuS9DYxw8f5TiOCk6QMBHq1GuAxs1sxau+fOkSKletKnngKObgOEueXfLkKZA5U2YjBahcuRIiRY6Ez1Q8Yag8SGHh\/LmzOH70CI4ePowrly8jd958WLZiOfLmzSPncPAWB359\/g73jfOakDzhuvXrS15z5ckrea1qXR1Tp01BzBgxjCMDw5HJHKVetGhRIwVIlCQxChYuguhG9LM0s0eJLB49r5ozfcY0iVxfu3YdyGAjb91R8mmee7gKlc+GdWtRpVJlkIIEWVfo0tlU37h1gOE5RJkzzqeoznwWr3XI4CEYOmQoTp8+Q57sM3of98Tr5xYBy\/wFrWO\/Cy\/Ju29pb48L586jRs2aKF6iOJYvXYJePXp++e4uXbqMZYsXiXf\/geopt1zw75Ox\/0e5R3X+2OGjEq2u0Wi+zV8q2sWLl6BFMzs0adYMo0aPIgEWeJkx7sckrwKxYsVC7DixjdSv4cUKSEsaW4HxI6VqFs5BhWGRIoXRpn17EqgjcezYsR9qlnZ2Po09e53k7+TJksK6ujUGDR6EbTu3I1WqlJgxfRoJooD7cbNkvPjxSNEmpr+\/nmTc\/4M\/UqRIgVKlSsmQonLlyqF5c3t069kT2zZvhssNUxM3GwnJSGF2695V+n9ZuXbt3gML58zB7l175JjgYCUSgRREWIul3GLEjCEKg5UOK\/LIkaNg4uTJ2LRlM7Zs34r1G9Zj8uSJyJvHpGSZzJkz4+GD+3jz9q2REgBPoj5r1mwqG2fZ5rJPnjIVunYz5XXmrBlw7NoF82fNgtPefXJMcPB7YoVuOUE\/G0GWy9CZhbC5qXvatBmoVaMmli9bjps3b5ExkhDR6L1zhDvj6NgJcxcsEGNjx\/YdqGltjXZt2kqTdoTwpvuYaxCXMfeEcxMy\/16+eCl95u0dHKjsk0n3Azc3s6L\/3eEhbqz4Zs+dA3uqj45knAwZNhTbt27FlSvX5BiXay4oULgwFi6cjxlk8MyePRNz5sxCBos+\/B+B33sU+hZ\/1PDV\/LrwcEEeiunu\/t5I0Xwv31S0c+fMxdjRYzCeBPuQoUO+0pNPnjzFoH79UK9BQ\/Fahg8ZZuz5moyZs+A1CcRnz54aKSa4X\/LWjevImiOHbLNCCUonEsA8VnTUsGHwJq+S+0q\/Bx6m0rG9A549dzVSTMSJFRupU6cR657uaEo0YOXwiQyHkJyf4LwiFjicbM47C59Pn8hr8A+Y2q1jp47InjMn+vXtg1evTX2WQcmQKaOMDX7n5makAI8fP4Hn+\/ekfANelShj8m7Z4w9OzrEh4E0fxaYNG42UAM6cOYNe3brj9p27si15pedlY8lMJ\/I0s2TLin59esvY5ZDgsjB7TAxvB1c+3AfOY4DHjR6Jdh06YN36dZg3bw569O4twXUMX2frlq0oVKgg5s6fiz1OezCB6t3WzVtw\/sJF0+oq9KwRjFVW4sSNi5SpU2PylMliyEyfOR0DBg2SoDb2tNnz5zL6ExQBB8JNmjoVKVOmMFKA+PHji8Hm42tqAbh6+aLU+Xv378uws6DfRFCWL1+Jdm3bwctiON4ckgcDBw6Wv\/W6vn8eE8aNQyf6fl8bMRea7ydERcsTTAzqP0CCcjKSAjh27DgOHzos6eZmvB7du8vHzIKud5++5Kksw+7dwXtsJUuWkAkhOLjnKHmmT54+lSjZbl264RUpl5o1a8pxLKhZSFoKcG6+HEJK1v2dG1xJUXMTKsPHykQLwQh3pl69uogRPRrsm9nKxBQ8YQYH6PDYWh4L26BRIxHGloiiDaE5jI99SsbF8RMnpRyOHT9BAmkFlVN\/5CuYnzzJTHKc+RqW+WIPedTYMfKsgwcEPzi+UuUq9NyfMGniRAm64jGjM6ZNl+tw1DRPJsFlw79vkYe829Zt22AoKZ6ZM2fJcz9\/\/hxbSJF1IOFZqUoV1LIxlXdweeUAuNHjxuL5s+cynjY4git7fmecZob3cV75CP7Xz9dfvE4uRw6QGknv9P69u1+MiPFjx6J9u\/Z4TYZIePKY+Hz25uPGiSPl5+PjLZNreHp6kXHXQCbi4AhndzJEXr1+DceOHTGM8ssGDt8jaP5+V7KRUVS5UsVAdXne3PkyQUkuMu64FePe3Xs4fGA\/CcpO6Nq5C6pRXTMHjgXHg\/v3cIK+ecviu3f3Li5eMEWR\/wH2i8aA5y9w7OSI6dOmyaQ4IXUPakLmqxIzewC7du4kT+cDjhw8iPq1a8O+aTP5cV\/Q1avXsHHjJpw9fQZjxo8TIWhFHzoLP56UgV9MUJInTybNgkyzRo1R07q6\/C6cP4fps2d\/6V9kJcoeUNDI2nz58qI7eUCRaF\/YMKZss2Dh5l5LAWMJNw8vWLJYvKE2LVrAumo1VLaywkxSXt179UTjJo2NIwOIGDFSiGtTxiGBf\/q0s\/RXN2\/WTP7liTbyFyiISVOmSF4YPj+4a2TPlg2OXbpKk97Bg4eM1ADSpE6FSZOnkEFzCHVq10FHh06UykOK2GNWpHzCSdmE9Lxm+BX26t1L7jWV8lednrtmjZroQduFihTBNPL+zNHUIeWVhyJ17OyILZs34\/CRo0ZqAJwHbjq2zAs3J1pei\/dxfj\/4+yNL1izo2KUzxo4eLcNxmtu1wMdPn1GuYkXcJy+Lj51EH7IrGQR1qL7VrV0Xo0aMkGb5zGToZcmaDTlz5YZD27bYuGkTKlWyQr8BA6j8J8uxdWxqy7CzeQsXIE7sWPjwwf+bdeN3ZviwETh08AAGDh4shg0PGUuUNBmqWltLHMUmqn\/cjcIR40fIYAwOaRrm7h4L+N3y+9T8OfBwx64kNx4\/eoQ+5FBEJrnxiZyB4Hj0+Akmk\/y6eOmykQIyzC7KkE\/LCX3+SEiABxt1zFGKV65cU9euuShSrPK7cuWqbHNUKUcA37x5S4414+3trS5euqTeG1GnweHr66vOnb+gdu\/eo44fP6FICBh7TJDnQ9e9SenvjJQAOML06rVr6q2bm2zztTgf5ijXkPDz81OXr1xRe\/Y4KVJwirw7Y8\/X3H\/wQD2gX3A8efJEysBcFvzvq1evjL0BPH70WKI5ycMzUgLw5bxcviJRxCFBhopEdfKkElxOGdOml+fk8r1+44by9\/c3jvxr+Fn5mfl6Qd8X84jzei\/4vPKkHJzXZ8++Li9PLy91\/fqNQFGnfC\/yno0t0\/vhYzjfZrjMtm\/foS5duizbr16\/kYlFzHDdOXzosNqxY6e6Z5HOkKerTp1yVq6urkaK6Z3s3LlLHT58JFBe+O\/bt28rH4vI2yoVrX7rCSv4fXXv1l2lTpFK3rcZfrOW0dkMb5coVkKFNCHJ6FGjVaH8Bek9B7y7Af0HqLp16snfCxcuUmVKlfnLb+9nR0cdfxue\/IYMbZE5Z86cUfnz5ld37gQ\/MoUnxGnUsLEqkC+\/1EU+t2C+AqpO7boiL\/4Ugos6DlHRan4Otm3drlInT6Fu3LhppGj+Lr+zomXDtFnTZjI07iAZKpZ4enqSQfJUZvyypF7d+sqWzgkOs6LlmcfM9OrZS4QmoxXtn8ehQ4e+qWgZrmc5s+Ugo2yg6tq1m8qdI5ciT9fY+2cQnKL989rVfjG4CZ0junXwiSYkOKCwY4eOeP7sGfYfOozSpUoae0zwPN8VyleQ2Agzbu\/e4e7tW8hXoKCREhiub69fv5JFrM3cu3M32GBFjcZMsmRJMWHKZKxYthSb1q\/HhEmTkCJ5MmPvn4tWtD85pUqXxJYd25E6dSojRaMJzMIFC7F6+QokTZYMK1csx7AhwzB44GCMHDFK+q2zZcuGDOnTY2Dffti7dy8OHjwsM5DFjB1bAgaDg2MVuL+8X+\/eEo\/B45Q5Wtls8PFi6bxACBnrsq3RmOGg0PDhI4Cn8c2QMYOR+mfz0ynavzuA\/lfFMro6ODggJVWqVF8Fh2k0Zng4WMnSpfCCFOPWzZtxcP9+HNjnhEMHD+LFy9cS7T9v4XzkypMbo0eNkdWaYsSIgbnz5yNRooTGVQLDwWQZM2VG3PjxMX7cOJkYpX3HjjK1JsPTfebNl1fXS00geEw8r7CWJm0aWX6Qp+jVxhj+ej3a74Xnx509ezZSpEgOGxsbI\/XH4BmD+DpNmjSSySZ4vuFWrVqGaqTjjRs3sGbNGvj7+ZvWdw0TBv6+fogdJw6KFCuG8uXLfTUv8dmz5yQal4UPV6ICBQuiUePGSEuVi\/H19ZUhRNGiRkXbdm0lzQwPtZgyeYoMmapF5bRixUpKDYPGjRuaDtCEGr\/rerQ8AxhPvBK0nnICR11bpvPQKV60I2GCBEZK8IwZPUbGMO8\/fEg8V57NLFy4sGII8\/AOuV9Y0+IZvzJ6Pdrv59ChQzIcc+36dSGu\/80LgUwcPx67nZwk6r9CuXIy9LNN29bGEb8\/P7Qe7Y\/CH+\/Zc+dxx5gI4Ue5\/+CBrP6SyRiLeu7cBSxdslRmAApNbt++jUnjxuP2rdvw8fKBh7uHTE13jp6lpa0dJoyfYBxpYs6ceahbqzYp27PInTu3zMK0z2kfrKtUxS5jnVceBhEjRkz0owq2bt0GSTPDUwbyurZp05gqao4cObB40aK\/vUatRsNjrHmxD1aEgX5BlCwTP368v1SyDE9A4+7uLmOR48aJLddjzGMoeYWnX13Jav5dnE+fwYxp02QiGh7bzSuHde\/RE+PGjvlqFa8\/DvZovyfq2C\/IkBJfv6+HmPAiAP4fAtZg\/RG6deuuHDsFDDWYN2+BKl2ilCKrwEgxYTl5\/7\/Btm3bVYqkyZTzmXNGigl+vn59+8kiBg8ePpQ0XqM3WeKkatKkybIWrBkeksILF2RKnzHQEBrHTo5Upmm+pG3ZslUm2d+6dZtsm+nZs5fq+DfXqNV8P7\/78J5\/k1UrV6l2bdoFque\/Izrq+Ptxc3NTFy9eCnF44d1799XxEyfUBwsdwH\/zkLynT58aKb8\/PxR1fIs8vfHjJ0pzrr2tPSpXtMJo8sZ4\/txx5AFaV6kCmxo1ccCYeIEnKp81YxZ5d06yjJyDQ4cvy58xPGdyr169gp3Sj9cb5aXVatWuZaQY8MwLxgQabBG1atkKdcibrGVTC0vI22U8PDwwcOAgmaXJDC9zx2u6enqZpo\/jPA8bNhxnyAsNitkqDxpNGSliBOQvWBDeXl4y4J\/KCrNnzkKevHnQubMjeMJ8Mzxbytjx42Re4vnkrZrhCRUSJEqIwQMH4sLFSzJBQOOmTWFtXc04wkTt2rVl7mGeplCj+Rlo0LABZs6eGaiea\/5sYseOLUtvWs5vbknaNKlRtEiRQP32\/DdPq8rLdv7JhKhoX7x4iVnTp2PqlCnSzmxTi5TbokWoa1NHJnBv3KSJNJF2c+ws0+nxNHrr16+H8ylnpEmdGm9ev0aXTo4gL1eaYfv26oMECRIiTjALDxzYv0\/6Rs2BFpbwdIAuLtdh17QZOOKxRcuWspYpT983beo0RI8RA84nT2H1Su7rNE0pOG\/OHEyeMBH37t2TtDPOp7GcFHPcuPFkOyh877ekjLn\/ytX1hQx9uHDxIqbTs2fOmgWZMmbAy5evcP36dZQtV844KzDRo0WjciqGE0ePykT9TIL48TBu4gRcu3oVTRo2RNasWUn59pd9lmTOkpkEWhTs3RPyggMajUaj+TUJUdFyeDYvYcaKrXWbVujQsQMKk8L18vbEmLFjYGtnK23xb968xiPySLnvhqf1Y2UYkbzBceTh+fr4omePnuhDnmz5CuXRpWuXYKfEu0jeXtKkiWXqPEs42IIDPaZOmYxUadJg9pzZ5P3VQpcundGJfnNnzxEFWdW6Kq5cviJ9q\/fvP4A\/edc8XeLF8+flOocOHUYBsqrSGcFKloSPEF6WiuvWqRPKlCiBcqVKoUzxEuhIHjkbBtNmslXP09i9E682eYqAiduDkjBhAvKivWSeYjPFixVDwcKF4XLjukxRyRGgQeG5nOPHi4PLlwOmLtNoNBrN70GIipaHncQi7zN37lxGChAvXjzkyZtPAiGYcOQJslfLCsiMea5kXk6OJ9FfvniJKMNxE8aHOBk1N82mSv21EmSlzfuukhLl5fIsKVS4iCjhp0+eoGq1auRxvpD5OE+fOSPDYaxr1JDIZfYujx05HKIn+unTZ7lPs+b2GDZyJHg+5djk+XKTx+RpU5E9W1Y5zjzx\/beG4\/C9+FqWUdJ79zrJeroFqNxmzZiBtxYr81jCeeZmdc6PRqPRaH4fQlS0rDy5Ld7SA2V1alakjFnpWKZZYk5npcVNyMHBypInnQ\/O0+WzzSuwBO0XYIXG5\/j5+ZKnmpY84mQ4euw4zpBSy5EjO6pUrYxrVy\/LUnk88KF48eLGmYGRvlnKZ4WKVqhpUxP29nZYvHQJ3r11k4XJebgRw+MGOVrzjEW\/c1CuXbmKjJkyIXYs08LuvGJOj27dUKZsWSxevhyPHj7EiKHDZV9QeIJ+fk5Lo0Wj0Wg0vz4hKlomOMH\/vYrg0ePH6NOzFxrbNpOFvHt2727sCQwPTYgVOxZevvh6fUz27mLHiiVKjofhWMKeLI\/pixHD1NxcukwZWabv7t17KFykCClb7rSPhEkTJsgqPunTp5fjQoIXXTfDszANHDIYu3bswDK6JsMBT3Xr18eGdetx3lgqzJKtW7fh5InjaNy0mWyzgu7i2AXRokVHn359kTVLZgwZPhzLli6VmXaCwkqYm5CDLqyv0Wg0ml+bEBUte6s8htVSsQZdC1WO8fP74tnytGzsxPI53bp0lQXRR48ejcFDh8jalrNmzZHjgpIxQwZRkF7eAcqOPVlf8lYjRooIu5YtsWf3bixYsFD6g0+ePIXhQ4eiVKmSXxRoSfr70oXzePbksYzhSkDeZ7z48XDAyQmlypT90twdFM47jxk0P4OZWrVs0LBJEwzs1w+XjGWfbO1tUYw846aNGmPhgkWyXODFixdlcH8nBwdRxFXJk2bGj5+A48ePYdqM6UiU0DT7TsOGDVDDxgY9ycu95nJd0hieq9bV9SUyZc5opGg0Go3mdyFERcuzeiRMlEgW4DbD4d38M8NKMHGSJF\/WYY0fPz7ixI2LPXuccPvmTYydMJ72RUT27NnQtXs3LF28SBYzDwpPH+dNSpYX9TYTLVo0JEyQUBS5dbWqGDBoEJYsXowW9s3RnRRVvnz5MYw8RLMHyBHL3H9cuGgxCYRihV+kaBFkzpJFFHJIRI4SGUnkGb5ek7VHr55IkTKlTJzxgQwMnulp1tzZsmD8jGlT0dzOHva2dtiwfr2s1cj90Nxcfsr5NNauWoU+ffvJOrqWDB81gjzmNLKOLSt45u6du3j3zk2arzUajUbzexHiFIzszXL0LA\/HMS\/m\/d7DQzw\/bs5l2LvlMarx48WTPtPXb97IsRxtzF6t5Tyq7Bc\/e\/pMrmdedNwM72vUoCEp5Ozo17+fpHl5eUkUMR9v7uvl\/PCQHVbo3BwclLdv3UTx8nMwPBUiK\/C4cePIdnDwc3KAUlxSzubntITvyc3KiRMnCtSPzLPmPHj4SPKWPl06eqaARbI5qInP4cXug8PDw1OimJMkSSz91+PHTcD5c+ewcrVpiJImdPhdp2DU\/H30FIyaf5sfmoKRlQ4rSkvlw32IZiXLsJLgZlFWsgwrXD6Gh7kEnaycVSUvoRRUyTK8r2279jh0+LCMY2XYo2UFaVayDCtd9hCDU7IMH29WsgxH\/35LyTL8fInJcw9OyTJ8z6RJk3wVrMVL1+XKmQM5c2QPpGSZePHihqhkGR7iw3NCc\/nx2N39+\/ehTbt2xl6NRqPR\/E58pWhZ+P8\/KFWqBEqXLo3de0zzBf8p7NyxEwULFZLn14QubLQFF92u+XPRdULzbxOcDv2q6Xj7rp3Sh\/hfw5NTcFMvz8DE3uCfMmX546dPxQPm\/l\/1+fsiujV\/j1o1aqBy1Spo1bqNkaL502nWpAmyZM2KPn37GikazT\/jwYP7qFa5SqCm4y+KlidV4Oba6NGj\/98sPPPYWI5e\/lPg8cHc781R1prQxdPTU8rbHLyn0XAsSNBJZjSafwLLc5Y1XLe4tTKQoj118qQsBj1y9GgkTpLYOEWj+X0Y2K8\/ChYuhGrW1kaK5k9n1IiRSJU6NRo1bmSkaDT\/DNfnrujbu7cseMNzOgRStOam4xPOp2RYj0bzu2FduQpsatdC85YtjRTNn07jBg2RM1cu9OrT20jRaP4ZL1+8QNFChb8ddczurkbzO2KenESjMcNdNjzET6P5twhOh+pwO41Go9FoQhGtaDUajUajCUW0otVoNBqNJhTRilaj0Wg0mlBEK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUOQrRauUXnxco\/mdOHHyFFxcXIytv8f58xewe88eY0uj0fwIXylaXgTZ29sHZ8+excmTJ3H8+AmcOGH6HTt2HM7OzrL\/V+HevXu4du2asRWYJ0+e4NSpU1+e7+iRozhBz\/vo8RPjiODx9\/+AM1Q+jx49MlJ+Lp49e46HIeSNBaaTkxPu339gpPw9fH39cP7CBZw9dw5eXt5GagC8Us61ay5UX07rFXP+j5w5cxZNGjTEwYOHjJS\/x8aNmzFl0mRjS\/MrcvnyFdjbNUfF8hXQonlz3Lhxy9gTPHfv3keHDh1RycoK1tWsMWbMWHj+g9XdVq1aDauKFTF8+AgjJTDr12+k\/VZYvny5kfL78JWijRQ5Mh4+fIgGdeuhTavW6NK5Mxw7dpKfQ\/v26NWjF169emUc\/fMzc\/pM9Ozew9gKzGp68TbVa6BTh07o3Imes5MjPaMDqlerhsmTp4To3b9zd6cK2Anbd+wwUn4e3rq9Q5NGjbFk8VIjxcTHjx\/Rq2cvtGvTVha7rk\/vd82adcbeH+f1mzdo3bwlrMqVx+7du43UAO7evYe6tWujdatWcKfy0vy3ePv4kMBagea2dvDweI8okaMYe\/4eESKER2SSDZpfk5s3b6GFfXPEjBkDXbt1RRgS\/c3tbEM0yB89fgx7W1u8eO6K1q3boGbNmli\/bp3IUl5a8O\/w4P597Ccjf\/WKFXj85KmRauITGeYrly\/DXqe9ePnipZH6+xBsH+1n9Rl+5LG0J+W6as0arFi1Sn5rqaDnL1qIpEmTGEf+Cih8IiUTHOxpxYsXH7PmzsHK1fR869dh+aqVqEGVaszIkdi3b79xZGASJoiPmTOno7p1dSPl54At1iYNG8GZvPOIESIYqSZmzZyNnWQYzJk\/F04H9sPO3h6DBw0M0dv\/HhR9HOHDhSNv6aCREsCRI0fw4tkzRI0SBWHD6lCA\/5rVq9dgHHkgDp06IV+BAvDz\/3arwv79B7Bp8+ZAxiUbUAcOmN4tv8MwYcLI35pfjyWLFiN27FiYPHUKKlWujOmzZrJoJOW2wjgiMDt37hIDmY+rVbsWWrRsgUGDB2HPrt1wcblhHBUAt2CxArasP+Y0M2Hov0yZsyBKtGjYv2+fkWqCW7+eu75A9izZjJTfixAlIH9YKVKkQLq0aZAxYwb5ZcqUEenTpSXr1iTEPTw8sYY+aG4KWLhgIZ4+ey7pjOuLFzhz9hwuXryEyRMnYemSJdIM7Wcssswe1okTJ3Hn7l3ZZp67uuLw4SNfFmLm\/RMnTMSwocPJQ1sCN\/LWGH6Zly5fhsv169i0aROmkPdpbsZ9984dCxYswOhRo6VZOFz4CAgfPrzsCw620jNnzoT06dPJL1vWLFKhEidOjKNHj8kx11xccJUqAle+SfQsLtdvIFLEiCR4TJWKrcILFy5Kc+yMGTPlmLv37sm+HTt2Yviw4Vi\/fj18gzShsmIcP248Ro4YhSP03GbYmjx3\/gJOnz6DsWPG4BiV21\/hREZBo4YNkYHeU6lyZaV8zXj7+GL7tm2oW78+cufKhXD0blu3bY04sWJh29btxlGBefnqFQ4dOoz37z2MFG6SfibvkN8PXyNsuLAob1UJ58+dw3OyfM18oHsfJAFdtGQpRCFF+\/lz8C0DmtAjd+7c2LR1M9rSe2b1yELvW6xeuRLTp0yjvwKU6fJly7Fq1Rr5WyvZXxeWBRcvXUTpsuW+vN3IkSKiYKECOEMy5mMwHmrp0qUxbeZMcioSGClANFKQrBcsZYuZPXv2on69+nAlZWlmw8aNaNfOQfQE8+HDB6QknZI\/fwGSDwcCKWVW4GnTkQzOmJGO+\/0W4g9R0fJ3xR7fZyoMfhHmn7lwnpFgbdK4MaZNnYqHDx5KM2zdWrVE4TDcN8dNzx3aO2DxwkWiMNu2bo27d0yK9Tb927BePYwfP0G2mZnTZ2ASHcew8mzdooUoVG7KHkcKh6\/3\/v17Y\/9U2DZthuFDh2H+3Ll48vSZNOnaNbPFwvkLRemNHTMOu3ftRNRoUeWckOB+aUtYufj6+CA6VSxm\/rwFcq\/BAwZiCT0L91U7tO+IbdtMSmrvHifY29nTs7bHcVLOG9atRwtbOwwYMAhz58zF5UuX0KNrd4waOUqOZ5YtW4GmjZtQeV3AjRvX0cHBAROMsjh44JA083Rx7Iw55InuD8GztiRq1KgYM3YcppDFGjde3C\/GCvP+vTvevn2DzFmyGCkQTzRLtmy4dSv4fprz585TWTaTsjfDz+1IeXrn\/l6MLf7gChQqSB9gdBwgj8gMG1dubm9RnBQtK10xnTX\/KXnz5EbaNGlEwf6VkmUiRYqEKGR0WupTNkIjkUDW\/NqwHHdzc0OcOHGMFBMpU6WGh6cnfEjWBSUzOVUlSxQLVB9mkyzKQo5I1mwBcsTM2zdvcO7MGVGmZl6Tse5y5RrpDZNiZt3BvyrVquEqORnsUDAsI44cOYyKVlYki8PSMZL8WxGsog0bJqwon+lTpqBB3fqoV6ce6tSqjbr075UrV+WYSRMm4NXLl9iwaSPmzZ+Lrdu3iQc8eOAgEsCf5CN9SkLapnYtHD5+HOs3bRbP8sTJk3L+pYsX5aVcIyXEL5oL2\/mUM6wqVYQXeWDsKffu1w9LlizG\/AXzsHDZMhw+dJCU1mWxrv18feHr5Y2lK1fg4NGjKFK4EGaSN\/ns2VNs3LwJc+bOxnjKI7\/Yz5+CFzRsnfG9d5E1tZuU5Z69Tli7dp0o+I8knKwqWclxH0lpvXv7GjPmzMbBY0dhVbGCWF0RyatluKyePHqIhqQ4V65eifV0\/+fPn+P0qZNYvnK5NEm3bN0KG9etk+d8\/PgJxo4eDcfOnbGC8r902VLMnjeXFPo8XCAlxUrzKV2vVZs2OHPxAjp3dpT7fItiRYugatXK8vcH\/w+BPJB3797hPRkhMWPENFJMxIkbD75UjsHB53PlsGz25b\/ZkzXD92ELNW++vGRsBESkHiSlmypVKmkF8ffVgVD\/Tyy9hm\/B7zuo18rvO2ia5tfjvYcH3pOijR49upFiIpzR0kfqT\/4NCXa2unfrgSvk9AwaMlRa84LCMpBbryzrC8v7SJEjBUpjmV+wYAHEiBVTuiuYkydOimNTrFgxQ1H\/fpo2WEXLBc9WcIqUKZA7b25y9fMhf4H8yJc3D6LHiE7KyRf79u5FnXr1kShRIjknMhVoE\/KA7ty5jdevX1HBh0es2HFgXd0asWLFQPp0aVC0eHEcMaIfT5PHW7maNSJEjAwXl+u4c\/s2XrxwFS8oFt1jz769qGZdDZdIse6he3EnOlvcHPHLyAsj5ZqNvLT45MFx86TT7l2kHCtRnhLKMWnTpkaVKlWDtdgYVpRv37zGGPI0B\/XvjwF9+0kzNze1zpozB7ly5ZTjWDnmyp0bBagc4sSO9cXTNcP9EMmSJydFV0W2OT\/pMmZE+YpWiGFU7pRUlqK0qA6dPHECXp4eVNHDYfv2HfJjo4Ur6z56Tq6YiZIkQbVqVRA3Tmwqv8AK8kcx91Hz\/Sz5lhDmPISl\/FgiaRaKlvvy2TOuXKUKrl69CldXU\/Mx979UJas1An1o\/JFqfg3ChA2sVKV\/Tb+\/Xx6WQTFjxYK3d+CIYX6\/\/D2zYxUS3ILILYnbtmyR+Jx8+fIYe4LHUqla\/m3m44eP0hxdqHBh7Nm5U9L27tlLXnJW0RH+fr9fszETvKKlj4sVF3toffv2Rd9+fdGfFFH\/Af2lOYo7yblpMm7s2MYZJmLGjCXKgvcpEsIxSSmxd2amdKlSuHnjOh48fISrly+hUeNGSJw4kQwjOnvmrPSLZiXFGYZe\/tYt22BTvSa6de2GqZOn4NzZs2Ihcb8gw0ogvkX\/gY+fH3y8falSxTBSTESJyn2EwXu03KSSMFFizJk\/j7zOtVhDv\/UbN2DTlk0oX76ccZQJy3txhJwlfP1YVJEjGs1sn8iDjhgholh4ZriZlSs1n8nNqhxstpa89lnkhc+YPh1zZ88lwyCdeIJsRMSJG1ciwP8N+FpRo0WHh0V\/K+Pr4y1NhiFC34mlYhWCCF7udy5CHw1HpZ465YwrV6+Jl1y6dCnDOtX8CvB75r60Txb96W9evfoNfYs\/j8iRoyBu\/ARfYlzMPH3yWJQw7w8O7m9t1rQZLl24iFXr1qJo0SLGnu\/jA+kBU7NxgMJl45z1bzUyxB8\/eoKL5EhduXIZVcjpYr63BeZXI2RThvD2\/np8JBODPE4W0NwnaomXl5cUFO+TiFRSjBxpZqZgoUKISopw3tz55BnHRLFiRZE9R3bx8DZu3ISKVpVIUYeVwKB+fXqjeo0amDl7FtZtWI+RY8bQFcJ8UZpsLbFSN8Od+1GjR4Wbe+DKxN5scJYVw3nlvsYMGdKLgkuTOrVEVLMnFgi5V8gBVQzny1Khm4yVIAqe6lA4uhYr5VhkpEybOQMbNm+U5nf+d+iI4ahQsYIoKvYU\/y0px\/eLFz8+njwOHMp\/8\/oNJCdPPDj4vX3++PlL8BrjTe\/Xz883kPJlC5X78UqVLoOd5JnzEAB+pxw4YdlPrPn\/wfXwrwRYlChRSaBewKqVK6WrgYP4OFDGHL0ebH3W\/BKEDx8OOXPlwrEjh40UUysdtyrytxpe+kWVpJmjhFm2t2\/bVv7ed+iQ9Pl\/C5bF7u\/cAwW33iD5wq1pQeXvR3JEChYsKLEz40mufySDvDjpAr7\/78o3FW1IsBAtU64cVq5YgadPn0kad6ovXrQQGTNmQnwS6sF5M6lSpUSqlCmwYO4cUmhJSTlGQtFixSVq9RpZNSVLlZTj7t65Td6WL2rWskFGUoI8RGTFsmUkANxCVJqsmKyr18CObdvIYzYF8Dx89Fj6Di09y6BwBQupn\/Lfhpvk\/T\/4k8FRRJpUN23cKGXAz3fp4iXUr11H+itM4xUDnpMrP0ch37p120j5MaJFjYoiRYpg\/dq1X4LJDpExw8EI5cqXle2gcMuBh4cHNm3YKNtsRO0k4cvlZfkOuOWCKV+hPE6ePCFNTNxszGjB\/PMQ0ndjht9V\/ATxMWfWLJnQYPjQociUNasYy2b+6hqan5fGTRrh\/r376NO7j8zw1a1LN\/p2AbvmzWX\/69ev0bRJM6xcuVq2uaVt65bN4vFOGDcOPbp1R5fOXdCvbz+Rq0FhR8THxxtDBg7EokWLMGzIUGzZvEXqj9nIYznrRXqCW\/fYOC9dtixWrFpJ8rCwYZh\/EDnzO05w85Wi5Y+Jm0ZZyH4gbyUkunbrhiTk\/XFId\/v2DhIs9fTJU\/QfNECsGx4w7+Xp9ZWwLVayJF69fonsOU39n9lzZBOrhxVv9hw5JK0cfejZyNKybdIEPXv0gq2tnfThcvMtz\/TE+Hj7fKUg7ZrbI1v2HKKwWrVqja5UMT74+dNxwb84fqGe9OLNFSEk2Cu27Ofl47lCmD02\/tfszZvh1gBLj47\/5ntxvrnveNCQwVi8YCHq1a2HVi1boyVVeB7fxk3WXPZeXgH5Yq+Sn2X27Dmy\/Vfwvblp2pLWbVojUuQoqG3Dk0i0hmOHDrBv0RylSpUyjviaaNGjYevmzbCuWk1+N2\/dRPToMUTxc974ecwGVZGiRSRIgveZDaYPHz98V\/lqQg9ufZg4ZTLq1atrpAQPC8ls2bJjMRm0ffr3x6IlS7BqzSq0a99O9tvZ2WLM2LHyt+bXI3u2bJg6Y4bI0ckTJuH582cypjY1OT8M15NwYcMgQgRTKyF\/s1Xpm\/ckWXTG+RRcrl2Dy9Wr9K+LyLqgfKRvPWmy5ChUuAhWLF+BS5cuwZF0ROmyZb4EUPKoh+Ik\/8MaBlulShVJHtVClWqm2JawdP\/C5BCkT59etn8nwlCBqhrVrKX5NmbMmDhw5LCEgfNg9QIFC315EcHB03Ht3b0Ht2\/foUJOggoVKyKxERzFY0v55fB4LEuP8uXLVzh8+DCKFS+OpEkSSxoPio8aNQoKFy4s2wyPy9y5Yzsp5bckALKS8i0n00LGiBEDeXLnxuEjRxCL8svjBS3xIiWzbetWPLj\/ECXppcaIGQMvX7yQ84PCEdQ8fKVixQpfIoiD4+TJU2Q8hJXmDsaHFPz+\/fuRIUMGZMqYUWZduU0VuKJVRWlqY+OCnzFR4iTImiWznHPnzl24uFyjylXpy704CGyf0z66ng\/y5cuHMmWoUtJ9+Hqcr7JUSdki5OtNnTYNrs9fYPTokXLut+Dy5FaFnDlNhouZV69eY\/u27Xju+hy5yNCpUrVKiF7K3r1OoozHTZqEx\/QuI0eKjKLFi8lY2kKFCkoLAnu4HCSWJk1qOefYsWNsqaF4sWKyfe\/+fVylMq5A3u63WhX+K6paVUK16tZo5+BgpGjMtG\/bjr6ZB9i5Z5eR8mfAM+Bly54dAwYNNFJ+f968dUO8uIGH+vxTeHjnsCFDcOjoUUQnGc1GNyvOP5H75AxWKFtOWg+LFC2KLdu3ieWiqletphLEiavSpUqt7t65w0man4gPHz6qMWPGqtVr1hgpoc+ePXtVWqoPZEQZKb8+VSpaqZnTpxtbGkscO3ZSNaxrGFt\/DvXr1FVDBw8xtjR\/lyWLl6hkiZOohw8fGSl\/Lvfu3hVdyjqVdSsTbNOx5ueC+0F5MHctGxsjJfThJuCgTeaa35eevXtLU6JG83dImzYtqtesKX2tmq\/5W8FQmv8WjozOnSun\/PtfwWOnFy5Z8qVZWPN7w9H2qVOnMrY0mh+jeInimDlrJuLFi2ukaCzRilYTLAkSJEClSlZfzSaj0Wg0mh9DK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQpGvFK3lot4aze+GnstbExRdJzT\/JsHpUK1oNX8MLFC1UNVYouuE5t8mOB36ZT3a087OsvJCosSJED78fzd5vUbzX8HrEvO6uDFixjRSNH86r169kjWkY8WObaRoNP8MXgT\/hesLWSC\/YKFCsh7tF0V76uRJWVTdsXNnxEsQ3zhFo\/l9mDF1GnLkzImSpUsZKZo\/nQVz5yFJ0qSoUq2qkaLR\/DPevHqNKZMnw8PDA4WLFAmsaE+eOIGYZOk7nz2DePG1otX8flSvUhW16tSGXfPmRormT6dJw0bImSsXevbuZaRoNP+MN69fo1D+Anj\/\/j2KFC0qivarxmTeqdH8jpgXs9dozHz8+BF+fn7GlkbzzwlOh+rIJ41Go9FoQhGtaDUajUajCUW0otVoNBqNJhTRilaj0Wg0mlBEK1qNRqPRaEIRrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaP4gfnRu5w8fPuDjp0\/G1t\/n8+fPf3kdnnua5yT\/3dCKVqPRaP4AnJ1Po369+qhYvgIa0L8XLl4y9gTPtWsusLOzl+MrW1XCgP4D4eb2ztj74yxbthylSpRAv779jZTArFixEqVKlsLSJUuNlN+Hbyraw4ePoFXLVmjRvAXsbe1gb2eHRg0aolNHR2zatPm3sTzu33+Arl26olWLlmhu31yes2mTJujVszeOHT9hHBU8CxYuwqCBg4ytn4tz585j9Oix8Pb2NlJM8PaYMePQoH4DtG3TFpcuXzH2\/D0WL1oC22a2WLNmnZESmNWr18j+I0ePGima\/5KpU6dh714nY+vvsX7DJowdOw5KKSNF8ytx9co1tG3VGmnTpsWIkSOQIGEitCK5fvfuPeOIwNy7dx8t7O3xmTzMPv36omXLlti\/bx+6de1KHu5H46gf49nTZzhz8hQ2b9qIBw8fGakm2NNdu3o1Tp48gXfv\/r4y\/1n5pqK9ef06Nqxdi5gxYyF9hgxIkyYdMmfJirdv36Jj+\/aYPm26ceSvjZubG1YvX0HP5YYECRIiXrz4SJQoCa5evYImDRti+\/YdxpFf4+3tA3cPT2Pr5+HWrdvo0K49tmzcGKi5hpeJc3DogD27dqJ8+fIIGzYs7Jo0w8W\/sG6\/xamTJ7F02VIsmDcPPr6+RqoJLh9ecH3lsmVwff7cSNX8V8yZPQf9evfGnTt3jJS\/x4Xz53Fg\/36ECRPGSNH8SixZsgRJkibBqNGjUJy8yomTJyFKlMhYsXy5cURg9uzdS3LjMyZPnYqKFSuifoP6GDRkEA4fPAQXl+vGUQFwk6+Pj680D5vhJmdfkgeWxlmmrFkRPUYM7HPaa6SYuELG\/stXr5Eze058VgHX+F34pqJlIRwvfgJ07tYV\/fr3w8BBA+S3fMUy1CcFNH\/uXLwhpWsJNy28ePnS2PoxuO\/g6bPn+GTxsoLy3sMDljb1c9cXoiBD4s2bt3j1+rWxFTwsPCJHiYIWrVphzNjRGD9hPP3GYe369ciVMxdmkEHh5+dvHG3Cg5Qr57Njh\/aYNGmCkRoAV5ZXVHEs4bLx9PIytgLz5dmpcgeHN1ViP\/\/AeQgOrtyrVq1G08ZN6H5vET9B4EX8nfbtx3HyLOfOn4+WrVpi5qyZZESlx5TJk40jfpzw4cIha6YseEv3u3DhopFqwtnZmcrKA+nIUAsbRvdU\/Ffcv39fWiumTZmKxEmSIFLESMaev0ekSJEQNWpUY0vzK8Ee6BVyGkqUKm2kABHCh0OBAgVw\/vwFUpJft0xakXKdOXs24sSJY6SY9EHYcMF\/w7t37UHd2rXhSvLYzPoNG9CmdTt4eJockQ8kv5InT46CBQvhEClsS6W8e9duZMyUCWnSpcNHkmG\/G9+WfKSA2BpRwSi+FClTwYuUBlsxjLv7e2l7t6lRE3Vr1UHTJk1x6\/Zt2bd\/\/0G0bNESr1+\/kW2GFXQbEgT7nPbJ9tIly2BdzRqNGzRE1UpVsG3bNklntm3bgQEDBsGxU2fkz5Ub8+bMw03y2PgeTRo1knt2duyMZ6SozLx8+Uqag2vZ2KB2DRtpAn\/8+ImxN3gsXzwTLWoU5CuQjxTmK3wm9X7m7Dn0pWfk5yyYNy+GDBqChYuWYPjQYXL802fP0KdvP8ycOQtNGzWh56iM5nb2lNc7GDd2HKyrVkOFMuUwe87cL83ubOzxs1f\/8uyVsXWr6dmfu7qif\/+BGDlyNEoXL476deuJ1fct2PBgRdvOoT269eoFX1LglhblkUOHkSdvPqRPn85IoY+qkhUuk0cb3LW9vLzRuXMXrF+\/wUgB3r1zRxcq2yNHj8m2n78fcubKhRQpUmK\/8T7N7N2zBznz5EGy5Cnw4ePv9wH9rOzZu4+MzDdYtmolMmfJ8pcBMDNnzMLgQYPpGwioKxMnTsSsWXPkbxayml8TPz9fvCN5Gzt2bCPFRPKUKU0y3NfHSAkgbdo0KEiyz9yAwa1i3IKZi77zrFmzmBItcHd\/B5dr18SzNeP+7h3u3blDDkmAImddUrVaNbhcvYoHDx9Kmj8p4GNHj8DKykoU+e\/YO\/HNr8fUTKRw8+ZN+bm4uIilvHnLVswlT6hs+QpImiSxWERdSNEdPXIEA8jjHTFqJHmIkdGGlBt7lJkyZcSRw0dI6AY0Fxw6eBCHDhxARhIC3Ic3fOgQNCSlOXrsGFSqXBm9evQiBb1fjuU+VL7f6zev0aJ1GyRNngx9evWWJu2x48dh4JBBOH7suCgzxtvHB+1IiV+\/fh1Dhg7FsJEj4EVWVVs6N7jV782YPWl+zyxwWHE67XWSfo0oZNG7kuJbsmAhLl+6hGb29shPFuGVy5dx+rSznOfj7YvtW7ZgIXmL1apb032H48aNG6hVozrekTfLZWNVqRJGUJ4u0TWYxYsXY9iQIWhgPHvlqlXo2XpRxTtG5R+OrrcVG9atpetVRwWyMqNHiybnhUTcuHGwaPFC2NnZSp4\/BulPefXyBX1wAVYqk4I+OEWv+nUwnj8bBPvovd2i92+GvWZuQnr8+LFss4ESlYwSfraDB\/bLh8NwX8v58+flfYph8Rt+QD8rNjY1sXbdOuTJnQv+bGz9ReFfvHAex44cJYUa0DR8gbydCxcuGFuaXxX2KD3c3REtiOwIFy6c\/PtXdcOfvveODh3x4N4DDCbZFSFCeGNPAHytyJEjGzrDBKdFJBkUhv4z4+\/\/gZyX\/IgTN94XJ+soyTqWKUWKFsVH2v87CopvKtoIESLIC+rYti2qV6kK68pVULZkKYwfOxY2tetgDCkGtnTPnz+HY8eOkaIYi3LlyqFEieKYMnWqNK+uo489OSnG4uSRbdm8ybgyealbt6N0mdJIniwZZs+ciaZ2drC3t0PhwoXQuYsjSpQsgTmz58qxESNGIO8yKoYNH4ZevXuiJO27f+8uEiRIgBw5cqJc2bJYu2E9atWuJccfPXoUV65cwYRJk1C6dCmUKlUSk6ZMwaNHD7Fjx045xhJ+hvDhw2P2jBlo1tQWTRs3RWPySK3pmTlwqHuvnnKcqcJ8RveePchz7YPq1avJeZEiRZb9Yali+fn6okHDBmjYsKFYaFWqVpV9Pfv0ku12HdqLAnzy5KkoqCWLFtGz2355dsfOjvR8JaVvzdvHm4yYD6hbty4GDhoIB\/JSWaF9C1bE8eLGlb\/ZurSs+OzZcj9ptOiBmwD5GbgMgnr0DJ\/PTYYRI0Y0UgLS+DyBvovPnz6jTLmy0jx++sxZST544CAiU9nkz59fPiTNf0eihAnoPZkMpe+Bm4ajRAlct1hwcrrm1yZmjBiISd6sl1fgWBKWD9IcTAZ9SHArpG3TZmSEHcHiZUuRPXs2Y0\/wWMoby7\/NfKJ7xo8Xl5RqEezdvVvSWOFmz5kDaVKn\/MuWl1+VbypabiuPFj0GhowchSUrVmDitGlIlzGTeES9+\/ZFPCowxuWaCzzfu2MCeZccPl6vbj1pMn379g1u37olx9SsZSPHPXn6VPpwz54+g0aNm5CX+BzPKe0webgN6zeQcxs2aEgW9gU8e\/oEn7npmn7czMFKmYkRPTpatmolSipf7tykpJpL0ye\/POYaKVlvTw8MGjAA9evWl1+nDh3h\/s4d9+7elWMs4aYKvkesWDGRNGkS+aVJkxqt27bDuo0bUZAsMIYrZvyECZEuXVrZDsrnz58QJWo0ZM0aUBmjkuLjADJz\/xZfI3z4CGLEvHjxCq7kNR8+dCjQs7MX+OzZU7x3fy\/nZ82WVc79x1DFj0NKOGhlNivY4D4MM0H3Bd1mLzZD+vRITeW2Z9cuSdu+fTuKkpWaOHGi37Lf5XfnW\/VB8+vAjkD8BAm\/imV58ugRYsaMgShkUAXHo0eP0aRxYzx78gRrN65Hnjy5jD0hEMQRZZnw8RO3qAXUI45d4a2q1tZ4ylHIZ8\/h2tWrqFbN2nTAb8o3FS0ruXDktRQpUli8rRrVrTFn3lzcu3Mb7Vq3FuXE8PcYJUpU8hxLi9dWoUIF+Y0cPRpNbW3lGPZeueni6JGj2LvHCfHix0MhuiZbOEyu3HlgVbmynFeWvOJOjp0xdPhw+djZG4piEYjBaQ4dHLB99060at0Gvj6+cKRtVu5swbOnFZ0MBL5ORcpP+QrlpR9y3IQJ5PXWNq4SgKKXz+fZt2iJ0WNGY+y4sRg5agTatm2NtKQ4zPDzstXPnmtI8D5LAWUuI7My+1Jm9AvHgQX0R+4gz97R0VGePXLkSGJxRvyHgSxm+J4c1u\/pGTgg6+2bN5SxMIgdK5aR8m348bhf1vI5+YPiVsfKVapIcyP3Sz+iD9mqciUpW\/Nza35egipWFpT6vf36hA8fjpRkHnJmDhgpgI+vH5xPOZPczS1yiOUTd7lx0y7zmmRCG5Lx3K+7e\/9+ZMmcWdJDgpuJ3d65weV6QETy1ctXRL4HrVcczZwvX15S8jExZsRIqWOsY\/z\/5rChX4FvKlqGC4FDtM2kS5sGA4cMwc4d22WAMZMmbVookrIlSpZE8xbNSfm1QouWLcgjfYrXr1\/JMdx8wf2MC+cvwIb161G2bFlEjhRJ+lljxYmLxEkSS78in9uqVUtEjR5VhiTwK+IXFYYUjpnnz13Rr09fJE6UiBRyR6xavRJjJ06UfsOnz1yRKVNmfKJ8c99gi5am\/HC+7t2\/980xWpbPGRLcb\/pN6L5BhVNwwoqji+PEiY1YseMiET2H5bNHJ49dnj1MWHnuoBX1n8D9IxyIYDm21vnUKSRMwEOaEhkpgQlHeXjwwBS4wHA09euXLyn967KoYFURr1+9wtTJk+g5oiFXrpy\/bXPQ7wQbp89dn8PDwgh7\/PAhGU\/\/Xt3T\/P9o3LQxXEludurYCes3bEQHBwdEihIZ9s3tZT\/HZzSo3xDLjeE+06dOw549u\/GZjOR+vXqjbeu2Ms+AY0dHkqMP5BhLwoULL7EAQwcNwtSpU9GrZy\/SETulXpnlHztEPAKBW\/UiRoggXU0bNm9E4SJFxIFhh8rT0\/O75PCvxl82HfuQQA7ad9egQX3UrFUbfXr2xI0bN6mgipLHWwSdOnTA\/gMHZKKEnlTQE8mD5GZSMzVq1sCN6y64cPYs6tSrK2ncXGvfvDnmzJyJhQsXyWwlS5YsRcd27UVgM2xZ+5K1ZYb7bHfv3o12bdvh9JkzEqLOzZUZMmRAXFJexUoUR+bMmcTrPnLkCM7Q\/dq1aYd5s+cgUjDNJGLN0XNyBfgWnz5+go+PdyDFyXkzKxIOoOJxqpb9Ylx5LCsOn8tl6uvnK83HdlTR58wKePalS5d9eXYOKONjLa+3du169OrV55tBXWb4ebhyW+a3KnmcrLh79eiJc+fP04e1Ek5O+9CmXVuxfIODWxM2b9iA2bPmYM\/uPRg4YIA0w5uvy8\/PfdNMmlSppKl8Nj2TVaXKci8OyOJy+avy1YQOXP\/+qo88cuQouH7tGgb270\/1wYn+HSjdN9yiwgStx5pfi0wZM2L2vHlwd3fHkkWL8Zlk2bQZ05EsaVLZzwoxSeKEXyKT2dvkbiyOzXjy5DHc3r6Rli+eQ+GD4fVawrEkSZMlR0X65jmA9PmzZ+hHSpdjVMIbQ4Jy5cklzk84I+CucuVKsLO1QzVrUxwLe9blypdDtmzZZfu3goSlql61mkoQJ65Klyq1unf3LicJ69auVxXKVVB37903UgK4eeu2KlOytBo7Zpxsv3VzU127dFUlipVQZUqXVdXomvv2HZB9ZkjQKrKKVJvWbY0UE6RI1OzZc+R6ZcuUU2VKlVFTp0xTHymdWbx4qWrVspUipSbbzJUrV1W9uvXkXuXonAb16qtrLi7GXqWePH2m2rZpq0oU5\/yUUbVq2qiTJ08ZewPj4nJDladrHDhwyEgJnr1O+1SD+g3Uy1cvjRSlxowdpzp26CR\/P3z4SNWsXlMdOhhwnUWLFqkOtN\/PyLvrixeqaqUqah9di\/n62UurKVOmKlLa9AxPVb069dSxo8fkWGbatOmqQL4CytX1hZESMhvWb1C2zeyUh6enkWLi+ImTyrpaNSnnYkWLyf1D4v17D1WqeHEqv1ryTvPlzqsc2juotm3bqZ07d8kx\/fr0U10cu8jfzOpVq1WpEiUVGWGyzXmtU7uu2rZ1u2z\/v6hS0UrNnD7d2Poz4G+uuX1ztXLlKiMleLp27qIKFyioGjdqovLmzkPvq47q1rW7Gjt2vOyfOXO26tjRVM9\/J+rXqauGDh5ibP0ZBJUH\/warqH5lzZRZvXr1+ovc\/lNhHcq6lHUq61bmm4qWP1JvHx9RBsHh6+enPDwCv7QXL16qe\/cfkKIgTREMrCzJOja2AuPp6aXu3Lmr3ge5pr\/\/h0BK1pJHj5+IgguJZ8+fq\/sPHhpbwcNZJY9L\/v0WH6g8yHsztkzwto+Pr\/zNz+zt7RPo+fhvX9\/A5\/DxQcs04Nk9jBSTEiYvIlBZ3r59W7Vp2169fv3GSAkZLjN+R8HB12YD6u1bNyMleFjRFsibT02ZPEWu9fTZM0nnj4nfC8P38fML\/H4s35eUC5Wvfwjv\/b\/iT1S0zLe+YTMO7dqTkVhDfaJ39eTJU6q3HyXdXH\/4fZrf9+\/En6hoQ4Mli5eopIkSqwd\/IWv\/BIJTtN9sOuYObo5IMzcfBSVSxIjSD2dJwoQJkCZ1qhD7Fbm59MuwkCBEixZVInpjBLkmj9vi84IjRfJkSJkyhbH1NUkSJ0bqVCmNreDhrJrGgBkJIcAzIFkOc2F4m4OWGH5mntbM8vn470iRAp9jDnKyJODZoxspkGN4eIVlWV6\/cRNly5RG3HiBx8IGB5cZv6Pg4GtzoBf3E38LqiMyaQX3nfC1kiZJIuncb2seT8f34eZ8Syzfl5QLlW+EEN67JnT51jdshpv\/PdzfS59ssmRJv3QjmOsPv8\/gxk9qNEzGTBnRqEkTxIgRw0jRWPLtr0\/z01G5UiXUq1cXloPAQxM2FHhijpSpUhkpmt+RTJkyIWfu3MaWRvNjFC5cGOPGj5MJczRfoxXtL0ZIAUuhBU+QsWjJYjRp0thI0fyOdOvRHeODmbNbo9H8c7Si1fwlltPyaX5PuHlfD+XRaEIHrWg1Go1GowlFtKLVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQhGtaDUajUajCUW+UrQ8ibxG8zvCi2Tw4hEajRmeyztiJNOiIBrNv0FwCyuE4SV8alSzxskTJ2Sx34NHj+D1q9d4+OABIgRZkUWj+ZUZM3IU8ubLiwpWVkaK5k9nyqTJSJEiBWrVqW2kaDT\/jJcvXmLEsGHw8PBA4SJFsGX7tsCKNlasWDhx2hnTpkzBhnXrEYMUr0bzu\/DOzU2WHYwSNaqRovnTcX\/3TrzaaBbLU2o0\/4RPnz7B7e1beHl5oWChQl8rWvZonQ7sR+o0aYxTNJrfh2qVKqNadWu0bd\/eSNH86TSsVx\/ZsmdH\/4EDjBSN5p9x\/949VCxXHu\/fv0eRokVF0QYbDMUreeif\/v2Wv7Bhg0\/XP\/3TP\/37F34cCxIUHXWs+WNQSkF9\/mxsaTRGndABoJp\/kc\/ByBitaDUajUajCUW0otVoNJoQuHLlKt6+fWtsmfj06TMOHTqMAwcPwd\/f30j9a85fuAhfX19jy4SXlzf27HHCiZOnjJQAfP384LRvP44cPUZe0p\/rdfv4+OCaiwv9G7jsvgV7lbfv3MWZs+dw+sxZOJ8+gwsXLuHjp0\/GEYAfle\/Vay5SzpZ8\/PiR7ndD7muJp5cXLl2+Ai9vbyPl+9GKVqPRaILh5s1baNWiBR4\/emSkkLD19ELbNm0xacIEzJg2De3atsfrN2+MvSGz\/8BBdHRwkEhUM48ePYZdM1vMnzsHo0eORM8ePeH\/4YPse\/nyJVrYNcesGTMwcfwEOHZyFKX8J\/Ly5WtMmjQFz549M1L+mvceHuhF5dm9S1eMGjFSfp0dHVGnVm1cvXpNjnn8+AmaNWqMEcOGy7YZd3d3tLSzw\/37940UE5s2bUatGjWxauVqI+X70YpWo9FoLGAvdc2ataRkW+KFq6sMCTMzd+5cEfir1qzG6jVrZKzktKnTjb1f403ez6xZs9Gja1f4+ngjQvjwks4e6kRS1rFix8a6DeuxZOkSnCPva+WKVbJ\/6tRp+Kw+Y+26dVi+Yjnu3r2LBQsWyL6QYG\/tcwj9zf7+JgX+V7C3HtI1GF+\/b3vwfiHc5wN5ifwLCf8PgfdZ5jdx4oQYMKA\/UqZMYaSYCOqJWsJe6atXL9GkWVPMmTdHfrPnzEaqVCnJOGqLN2\/eIhy9Cx96J\/PnzMXhw0eMM03e8Du3N\/hkkV\/2Yndu346cuXNj966dP2z0aEWr0Wg0Fpw+fQZrSdG2btsGadOnxwfDy2QOkmfapHFjRI0aFREihIedvR0OHzwgzZDBsX3HThw7egwdOnVC3LjxZIwl4\/7eHefPX0CLli1kO06cOKhpUxN7du0SQe986hTsm9sjfPhwiB49Gho2bED7dsuxljwkr3jGjNlYtGgx7G3t0bhhY+zYudPYy03fV8gDbwc72jdz5ixS4NOxZ89eY29gli5ZiiZNmsChXXusXr0Go0aNwevXJm\/91ClntGrZWjzw\/v36w9X1haQzS5ctx4rlK9Cta3c0bNAQI8l79PDwlH0+vr6YPn0GbJvawraZHaZNmwFvo0l2w4ZNWLp0Gfr3H4iG9Rtg3tz5uH7jpnj29erWEwOF4SbjnVSOr1+\/lu27d++hS+cu8kwtW7TChQsXJd0Sjv5lYseOhYQJEiBRwoTIkiUzRo0Zg4\/0Prdu24awYcMiYeLEKFW2LIYOHkKK2XR9PjdChIhfrsFcpHtwK8OgQYPg5uaGw0cCFPP3oBWtRqPRWJA7dy5SHkvRsFFDfCbFaI5KZi\/pxfOn5GElkm0mcaJEeEsKICRFW7FCBSxasggV6F\/2lM2+orenJ969eY0kFtdKlCghXr5wlb7BN69e0b7Exh7TfV6\/fCFK2BIW+lMmTSTF7Cz5zZIlCwb2G4B79x\/A7d07dO7UWRR1z57dRVEN6t8PN65fN84OYPXqtZgyeQrq1KmNBqTUl5ECnDtrJj59\/oRLly6jV8+eKFW6FIYMGUwK55UoWz+jf3oXKcFpU6fKrGuNGzfCxg0bSYEulX3jxozFcrpW8xb2sCejZD156BPGT5B9J06cwKjhw5E2bRq556KFC9CrRw8q\/zywqWWDeeRpHjx0SO6zlhT\/W3pW9ix7dO8Bf78P6NOnF1KQl9umVWvcf\/BArmkJK0qzYWMmapQoyJc\/P1yuXpP38YE85w6dOiBxksRf8sUKOCibNm5Czly5KG85UbRYMaxeufKHotW\/qWg9qTJwM8nTp0\/l9+TJEzx\/\/pwKP\/DL5qYGLnx+sUHhB33x4iXeubsbKQGwtfOMrmdpMQaFC\/fx48dGHp7huaur5OkJbT+m\/LyiCvlfwi\/HlfLwrWYLjebfgIUq13nuMwqJVyQ8zZb+j8BexZMnT7\/57VnCg+9D+tY4ny9p3\/v3HkbKr0306NERLVpUkX9Bhennj58CCW\/z33wcyzNPL28JmjErIfaoIkaIEKhvlmGZyedaXosVOftQSn3+at8num+wUPYSkILu0KkjqlSpjG7du5HSSCIyavfOXTKN7vgJ45E7T250794d2XPmMk4MgI2EZUuXoGXrlqhduzZKlSqFNuTNx4wVS5q658+di3Rp0sLKqiLixIuLdu3b4cihg7hw\/rycH4Gez7pGDVGytWvXQg0bGzx6+IiMgHfYumUrRowcgfLly5OxUR5Dhw\/FDvIm2XvkJvnSZcuhOXnudevWQZo0aZA5c2Y0atwQtrbNkIiMEJerV+W4aGQs8BzCZ06fxnOS\/2PHj0UuUnz9yXDoTkZAxIgRJS\/fQ4yYsb54q6xo48ePj0FDhpCBsAH79u1HzCBzFbNuO3XqJMqVLyfedRnygK9Svm7dvm0c8dd8U9FuWL8R5akgbGrUpJ+N\/Gtd1Rp1a9fBkaNHjaNMyqejQwfZ\/+y5q5Fq4t07dzRp3AQzpn3djzFtyjQULlAQK1asNFK+Zvq0GbCqaGXcvwZ4Fqua1Wugdk0bVKH0IUOGGUf+N9y4eQsNGzbGZbLyvgcWZPx8586ZKqVG872wAuvTpy\/at21Pf39tPb8kYVWvTj1sIA\/iRzlw4BBq0HfEBuz3MHfufHTt2s3YCgwrFw4KWr36x4NEfjlIQFs2KfLf4SOEF2OnR\/eeaNSwEZo0aoJ9TvuNI4LHfA3La7EnZVLsX+8LEzZMsB4Ue5yxY8VGzJgm5fDx00dEjRpF6stDUnaxY8eWdCZipIiiVPgYSzw8vSSyOlHCAO86foIE0jz+6vUbMbBu3LyBtm3boTV5jyNJcaZKnVqcICZcuPBIQsrdTGRSjJEiRxZHiOtw8hTJjT1kFNB1uf\/V9eVLhKPnZY\/UTHhS2OnTpZO\/fX39pDxYiQc8dxg8I8MzabIkYggxPDlEvXp1kCxpUtn+Hp4+eSyKWcqX\/ufp4YGMGdKjQ8cOGDtqtLQGWCruw4cP48mjR1g0fxGa2zcXXfaSDJntW7cZR\/w131S078mS9iFXvVvPXhg9dixGjRmLHr16ydygdk1tcez4cTkuTJiw8HzvjmNHDmPi+PGSZoaL6NWLF\/Agi9gStn737d0r8ytvJwvHhwo2OOqQpTNx0iSMGTcWrdq0xds3b1C3Xn2MofuMo\/QWLUx9HP8VHz98xBv6qCytzW\/x4MFD9KHyexNkiIBG81fwd1aqVAkcoQ\/9xo2vm\/uOHDqEB\/fuoSR5ID9KjhzZ0blrF8SJG9dI+TYc9MPzAgePght9E35Bhq78bvD7SJk6DQnigGjUe\/fuk1JKRAokIQn8umjduhVa0S9nrpzGEcHD88hz\/+DdewFNng8ePEKylClFwSVJlpz2WdyHhH\/SFCm+btYkJcT54p9pU4mSZU80SZLE5OgEvDM+l5ulg16DlVa0qNFkfl4z7OWykxAlSmTpr6xUuTIWLVoov\/nz52PI8OEokL8A355QgRQTK1eeGCZu3DjkMfrDixS5GfbaP378gGhRokpeWZGaMeU95All2OzgZvB35Clbsn\/\/Ady+fcfYCkAFyRfz9NlzXCCnh5uPzUrcrMi5Tz5KtGgY0H+AlKH53C2bNqOqdXW079AeTZs1FY\/elhQue8Aenqa+6L\/im4qWn4ybUcqXL4uyZUvLv\/Xr18Uqslyz04fKq6FwJFl4nnKKrIOChQpj6+bN2LIlsKbnBwo6LdU+Jye4k\/IdNW48bt+8KXMtB0fWLJlRqZIVypQpjeLFiyNSlCgoWqwISpcqiUpWFZEnj6kpxOX6denA545+c0c8w+PW2LLiZp0zZ86K9c+WHsMd+pupEDnAwdwUzM10z8kr5\/DwnTt3YcvmLRKhZoatIH4eS2uTz+WAh9Wr1mDH9p3S1CDpdM9r165JBeFQce5MN8N5WL9+A7aSVWTuhNdogmJNXmfsOLGxe\/ceIyWAjRs3ohh9E1kyZ5Lta9dcpE7xj\/82wwKTm4nZA2Hr\/NSpU+QFxUJl+q64z8oMC2Unp31YtWo1fZ\/7pOnUDH+\/UUk48jU4MIW\/sy+RlySn2BsJKsBv3bot0bu76Dtydw9saP8qcNmZBTFTtlw5+ma34gV94zysZ8OG9ShZurR4lCVLlkC1alVRtWoVpEiezDjDBF\/DspmemyfzFyxEMmMVlek7Geqzf98+WFWqLOXI\/YDr1q4T2fOc5NT27dthRcouKHxdblG0VFDsMX4gZVa+Qnl5h1wf2OBfvmw5bl53QURSnJZEIe\/TukZ1bCJZxwrrxo2b0gfJEdMs\/6taV8PhQ4fFWYgWPQaOkqwbNmSoKGMWg6w8AzVz098sb5MnSyYGx7y586SsOLBq3px5yJ49O1KlSiFKn881E\/Q6XF7mbf7b188XufPklcjmjRs3yVCrI0eOSmsqd0EG5fOnzyRnH9Iz3ZahWkfp2LZt2iBr9mzyjnzp\/v4f\/L+8X\/bEx4wdg6tXrtD38li88hukm86dPUvGU0uUK1dWmufLly8nTetv37pJ3f4evq1oCc5E0IG74cKFFc1++eIl3LlzT7b5mKrVrFG9pg0GDxwoyupbbNmyBVmzZka1KpWQIVMmrFq5wtgTMubB3paBB5y\/sWPHoWnDRli6ZAmGDh6MBuTxcsEyLtdvoGXzljImbUC\/\/tI00KBePbLMlqCLY2dMnDBRxsp17dJVXuq+\/Qclcq5Jo8aYO2cOZs+egxpkzXDUXXBwJ3zjBo2k\/2Pd+nXo36+vjNViQcfWzlr6WLgyrly+nIScqbl95YqVqF2rFuZTBeTxeDY1a0pggEYTlIQJ4qNCRSvs3L5DBKoZFohnT59GwyaN5RsYNnQY1cOGIkxnTJ8uXSuLFi6WY1lQO5AwsmtqB9vGTTCQLPY1a9dTvbP5MjbxzJkzqFXDRsYUcsRtp44d0ayprcRCMCyE7pDAakrnT582nb6lfqhXpw4ZkA\/I6wlQ1mZ4yAtP2L9k8WKMHDFCupt48odfCTam45LHb\/YWGbvmdsiYMRNsmzSlsmiKePHiU9n+9SIVfA2+ltlA53+7d+8mMofLtEXzFihCypWDkZgOHRxkkRfudrNr2oxkZVY0I5kbFL4uRyybHRm+LvcL83WTkaIbP3GiGE4dHBwkOjdDpszShBwUR8dOKEOKpHPnzuTR9Udk8nCTJE0Kfz9\/8dTLknLh4U4sGydPmgR7KofkZEywjuJ8Wq7zHI28QvbKmdFjRpMc9IAtPQP\/Xr9+hTHjxkl+eRUtPtYMt26az+Ni4ufibX4m\/ptbE3mIT7\/+\/TB75iw0pXcwbOhQdO3WDaXIyLGEr584UWKsWLKU5H8L2NvaogfJaO4DnjRlMnmrJm826PvNTEZrO3qf8eLFFYfqyOEjyJErF5V\/NuMIE9wcXqFiRezds4eMgJCHLX2BbqaqV62mEsSJq9KlSq3u3b3LScLUKVNVtsxZFHmERkoA9GGqtKnTKLKAZbtksRJq5PAR6s0bN5U3V27Vrm1bSSdrTeXPk0\/17d1Htpl79+6rTOkzqu3bd8j28uXLVYZ0GRQJD9kOifPnL6qsWbKq\/fv3GylKkUeo0qdNpw4ePCTb3j4+qrl9c1XLprby8\/dXFy9dUamSp1SNGjRSr1+\/Vm7v3FWVSpVV0kSJ1d69TsrL21utW7teJUmQUF13ua42b96q4sSMqfpQfkmxy8+uma0qX7ac8vPzV5evXFV56XmcTznL\/bp27a6KFCqsyCuV7Xfu7qpAvvyKrCzZdnZ2VmlSpFJkLUp+zl+4qDJnyKSWLF4q+5mhQ4aqYkWKqleUP03oUaWilZo5fbqx9etw+MgRlZa+zWPHTxgpSk0YP0EVLlhY+fj4Ut0\/LHXc\/C0yXH+z07fL+589d1W5sudUVhUq0nd7Vt28dVutpTqfM3sORYpWff5MMsC6hqpfr77y9fOT88mSVymTJlezZs6S7bFjx6t4sWKrGdNnyjdBHrIqV7qMatO6jfL09qFrV1KkgOXYffv2yze5c+cu2SYDQTm0b6+qVq6iPDw8JO1noX6dumro4CHGVmDIS1Tv6XsmT8tICeA0yb+TJ08pUmhGyrfha7jTtfialnDZHDt2XJESNFIC4HNOnDypzp49a6R8DXl6yuO9x5d88PW5jPm6Dx48UIcOH1Z8R19fH\/Xew1NVsqpCMnO7HGvJoUOH1L3790XG8bVYXlWuXFW507XN3LlzR+3bf0C9fPnSSDFBXjNd31RvGHK6lJeXl7Gl5HrkqJAsPK0+WpQXH8PHmjFdx1f+5mJ6\/\/69bMt7oL8t38PLl69IDxygevi1bmLM57x+9Uq9ovxynlk2W2J+J1yGQXn37p3km69BnrORGhgu4zdv3n71TlmHsi5lncq6lflLjzYk2IKJHDlKoEG93FwQN25sDBw6BJs2bMSuXbsDWSxmtpI3Gz1mDGQgy5Dd71y58kjz6rYf6Fw2s3njRrpORiQj64qbPJ48fowSJUvi4oXzuHfvnvQxsHXTuGljslLiIXasmMiZKzfy5S8gUXDcdJYrdy5EpXxyUzYVPtJlyIjuPbpLtBv\/HDp1lLZ9FxcXsuxNlhsVrfzbsaMDNm\/bJhFxj588laYKtsK8vUytANGimda5jE7\/cvThTjo2arSoZCXlJK\/7pnjehYoUlhYAtp40mqAUKlQI6dKll24Zhj3bvXv2wqqSFX2DkaS\/9cCRQyhdtqxE+PN3IH4TeQLc0sRNkSQ0ZJxm\/vz5JPCD+5\/C0nfB6cyECeMxZ\/48aXbkbo0XL15IpKe5+Zj7X\/NTPto7tJNvIlmypGjVti0unL8g35mll8TfZIoUKZEmbVqp4+z1Fqdv0sXlOi5eumQc9fPDnhT3pZq9RUsK5M+PwoULfdVcHhJ8Dfb8zB6tGfaaihUrKkOKgsLnFClcGPny5TNSvoa9segxon\/JB1+fm3v5uhwp3rN7D0ybMhWnT51Gv759qb5ERJGiheVYS8hoQEvyWPfv3yeRwnwORxnHoDpgJl26dChXtowENFnCMj6Sxftn3WD2TBnOW6FCBVGwYAEJgDLDxwT1hLluMVxMLFN5W94D\/W35HhIkiI+ylBf22oPDfE68+PElsIvzHIvK3xLzO7H0aM2wd8355muYA6+CwmXM\/dBB32lw\/G1Fyx80BzjFoAwFpUb16qhbvz4G9usnUbqRLZqWOOzdyckJbm9eo4ujo0Tp9erViwSCN7aRAuZ29++FLAm8ef0Gd2\/fRusWrdC6ZWtpJl68YIE0G3BIPB\/DFZGj7cxwlCC\/ADPc\/s+FZRZIfK5lReGB5tzU8IbyHC584I8udpy4mD51Gmxq1oK9rR26de6Cp0+eIEo00zObBRmH7DMswF6\/fEnHdZb8tm7ZEiOHjUA8emEaTXBEIqVYtbo1jpIhxkqWm2Af3L+H2nXqyH5u5nImQVnXphaaNW0Gh\/YO0t9nbnbjb4C\/wURUr82Qkf3lX5YT4al+9ydBXL9uPTS3t5c+OG8vry+Cjw3LpEGEGgfzsALmIClW2mZByFGqjx4+QLvWbaSOc9fM7BkzZdKAEIepaP51cuTIgSlTp0pf+ZJlyxGXZNW06dMQnxyOoHTp2gX16tXDxg2bsJMcJJ5Iw6GDw3cpEc1f812K1tKSMHNg\/36yFOIjW7asXz5aS\/qQkuWPb9CAARJ5Zra4eNaVG+QZOnbtJjOfNG\/RXP7t1KUL7t69g+NGJPP3wNfkmVMKFCqMFatWYfHSxTI4fMHixZg5dw4yZcooFj3nz6zwGN5m4RMcfE3uU7A83peEiShsshS5g53hMuHrOHbsSELNCbb2thIZvWnrFrJA88PHGDdnLhtzCbHll4a8k3kLF2ER5XfhEs7zEsxduBClypQ2jtJoAlOjRg0yQj1kgvTNmzbJVHDZspn6jRYtWoSB\/fujRKmSsoD5qtWr0NbBQYJZBKqDXF95yrmgsGfLnk9zW3s8Jk+2bbt2mEzeDH9PSZIm+xIPwfI26MgBby9P8WRZoSv6PszfFM+YlDN3HixbuVzqONfvBYsXYda8ecibN48co\/lvYK97+oxpmD9\/LgYPGYTkyQOG2ljCxlybNq0xj46bO3c2GjVqaApy1fwrfJei5XkoWV\/w772HKYpt+dKlsLWzE3f8QzBWKs94MnT4cDgfP4ZbN258sYw3bdiAlKlSo1OnjtLxzx3tdWrXEosqLSkgjsIzdNN3UaBwEVy5fIm81HAyw0jatGnh7OyM7qS4ecA0u\/c\/Ah9\/59YtHDsWoPC3b90qAR+ZMmchj9wkeLgSchTc4QMHUK9hQ9Sn58hHQsTtrRsuU34iRDQ9b9iwYaQ5mkPkmYKU38ePH8nQqbRp0iAd5ff586foRILx7p27coxGE5TUqVORIVZWxvCdpvpdo0ZNqVvMvj1OSJEqFbrSN1SieDEkTJhAIiy\/xxfhZjNuKr504Tw6ODqievVq5Allw236Bthr5mhi03ERcOHsuS9Bhsy2zVuQJk1apKK8sTFtNioLFSkq0a2seLmO83fJ4867dOoUaOo+TcjwSAk2gL4HnizEPNLBkvsPHsqKQd+aYzi0YQOMWz95eBIPheLpEx89fmLsDYCj0nnMblC4O4\/Hi1vi5+cv3XQsV38VvqloP39SuHf3Lpo1aoRKFSrAqnx5VKtSBX1790Z9SmvX3hRt9\/nzJ1EcXyxoA27jt23eAm6e7+kYBVcq8DWkSCtaWRlHBMBt99Vr1sDGdetx9uxZIzUwXLA8BIGbes20bNWCFHQ62FSvgWHDhqNnj17kRQ+UMHz2uH28faRpy\/KlcD4thy6w98pjs\/gYaQKjvIweNQqDBg5Gt27dsXDBAonG4\/5duR6PLyYvN0rkKKhczRoL5syVyGeeG7RXz17SzOb64oVcL2mSJIiXIAH69OiBFStXwdraGpWpDO1tm2FA\/4EYMGAQWrVohRw5cyJ71qxGjjSar6lGSnDr5k0yjrsifVtmqtesSUrxvsz\/ynPZtmvXHrdu3SBD0F+GlHHzH9dZbnY2w39zGnus6dKnQ+GiRTF00CBMIW928KAhmDRxIiJGjizdIAzXZV5Zhvv8Ro4cjZYtW5MxekzG4saOGUtiLbjlh2lGdTsXedwcfT9kyFD06d1Xptbj2IlUZBBovg0P92tFcvP2rb+eeYhlV6cOHWW4pCWzZ82WqQkHDxggfa+WY3\/\/S9yojnG95Mhf\/rezY2fYNmlG3nNbiXsxs2zZcpmQ6NbNwM+8asVK9O\/T19gysZkMvGqVq2LL34jp+X8RbjCxmhQABxGx19nM1lZCqWUnKZ0ECRPKx8Gh3hzOXaRoETiQZWpvZ\/ulSZk\/5DCknAoULCAd5pZwR36M6DFQukxpRIvKE3FHRKPGjekeATOWmEmRIgWiRI2C9BkySLDFV9B9OECjSJEiEtjEcDBTpcpV6C8lFZPzwsFLPK0XW\/RsZUeLHp3OKRwwSwodw\/nMnt3U9MbncIASz+V5h7zKG+SBd+\/ZQzxMfxJEPcmwqGZdTY7l63EHOnfuc4d5yVIl5XqmewP2LZqjZq1a0rHPfSQ8jVmmLFmk2Y3vmTNnDlQgQ4NbAm7eJGFIwqlx0yak0LtJYIsm9OAhVhkzZaJ6WtBI+bXg2XdixIhJCrc6ChTIb6RC6nGatOmkJeat21uUIoXWiQ1D+sYy0fPGix8PESJGRKHChZDAiE1g35O\/IS4LHtNZkuq+B3kV7HXEiBEdHcm7ZcXI3wzXYxbopcqVQeHChWWVmZh0zJChQyW4iscicuxCfsoTN02yHOHxoOwN3yYPmA3xNu3akQHQNthuqP8nPPduQpJx\/O3\/v2HZwmNUeVL9yxcvwM7ODgkTBczWFBQeQti7Vx\/s2r5N5gbmIUAMt8aNGTMGEyZOQCfHTjJ2+sC+A6hUqZJ0tf2XvKM6NWf2LJnLuA29fx4Sw3X3KOVpy5atqFK1igwd279vP5YuWSRzINQkh8uM0969cLl2FY2aNJZtbx9fjB87VpyZp4+fivH5s9Wpd25uWLZkqRixrNMaklPKLzfE4T1\/IkuWLFMF8xdU5PUaKZrfhV91eI8m9PjW8J7\/mtNnzqrKlaqo8eMnqLKly6jz584Ze76Gh1fZ2NRWw4eNUNVIfq9eudLYo1TPnr0UeY7GllI3b95ShQoUVLdu3TZSAiDHQoZ6rV+\/QbVu3VZ17txFXbly1dirFDkdqmePXqpNm3Yy5GfpsuXq\/PkLxt7A7NmzV7Vr56BatmilVqww5YeHLBYpXERt27ZVts3w8BwecrZq1WrZHjVylCpZoqQqVrSYmj17jqQxY0ePUTbVaxhbSp04cUKVobI5cuSYKlWilDp+\/KSx5+fhXx3e87vCTWrcNxJ0EnCNRqMJTTheY96C+ejWrau0EIYUsMlwiyAPyerXv6+0sFl2pz2+f19W+zHDLZG+3t6Bplg08\/DRI\/Tt1UtmAitatIh0oXXu5CieKPet8iL3vr4+qFmjOvbs3oPOHToGu\/oPzyjWr09fWd2Gh02OHzsOc+fMRcSIkaQrLuikDjw8J0++fF\/mgOfRKOnTp0ePnj0xZ9Zsi6buwAE7PPSIgwBLlCiGbDmyY9WKv57o6GdAK9ogFCxUEN179Ag0vEej0WhCGx6TmSxpElkK7ltKlhwkkU9p0qSWbe4\/5+4vM6x0LWNS+G+5XjBBpmHov\/gJE6JX716yYs7gYUOkWZb79nkuhDixY2PK1CmoVLmSHMNDvCzvZWb2zJmoW68eWrdujXr162EcGQE8hNJyFr+g8PhWy+fkKRFrkEIXGdzFtIAFzz1ghuMAeKre6jVMTcsciX\/69GlZ4epnRyvaIOQkK6lFy+Za0Wo0mp8C9iwdHbugaZNmsnj6we+Y2MY8nJLhKXIZnmQ\/KKyEuR+Y402YCOFNkzhwZC8vA5fUIlYmXty4dOzXY6G5FZBX\/8mXP6+RApkXmJfMY6PgkzGHQFBcnz8PNCrkozGksv+AAXj+\/Jn04VrOwXCIF9G4\/0AWqG\/dui2WLF6Cx48eYvfurxfE\/9nQilaj0Wh+YjhQs2iRIihdurQElaZKEbC0XHCkSJ1a1ik28+yZKyJFiSqBmUGRFW5I2ZlnR\/r06bMoR56gh73ZwEOMwpiaqIM4tKLU6RxPi8VcOHKah3Tx8WHD8HwHgcdw8\/5LFy+AZzUT6Hwz3NTdtXt3jBk1GoePHJX5CxhuNubZzziAimfT4gBV6xo1sXbVqkBN5z8jWtFqNBrNTwY3qbLCY2KQoqnfoJ60tNnb2yFdurSSbsbyWIaHNp4\/d17G4n76rGSVJ567IE3aNMYRAYjHSZ6k5fns5YYNEwZWlSvJaIqLFy\/JsMqtW7fIMDJeTN4SVqL5ChSQKXR5YXQetztyxEgZ8siTpHBTs5ubm6z+8+bNG1y\/fl36gVOnSSNNxQwreMtmZJ5joRQZFps3bBRFe+\/eA5xxdpYF7hs2bCDN3PxvR8dOePDwkSjknxmtaDUajeYng73E4PpCgyPosTyMpwx5fs3tmssqZLwMKAdN8TCaoPB5ls3MDG9zPzHPTcxDOfv06SNTe\/KSdClSppLJS4LStXs3+H3wR\/169dGY7nnnzm25Z3TyxnlZvonjxsuKUtWrVpPVirhJmNcZN3urfE\/LfHC+WKlmypxZtnft2onUadMiZ44csm0mU8aMyJs3L9asXCUGw89KGLJkVI1q1tLJzG3zTgf2y2TgGs3vRlWrSqhW3RrtHByMFM2fToO69ZAte3YMGDTQSPn\/w57d06dPZSJ8y0n3Q4KXOmSFxfLbDPunvEb28+fPZR3vpEmTmHYEgdcUdnd\/h8SJE4uiY2+W52PnMdYcEMUT8yRMkFCm\/0TYcGhhZy99qCVLFjeuEAB7s4ePHIa\/rz9KliohY7BZ+XH+TIu\/mxZZ5+XxUqc2BXKZ4Tnreda9pEkDz5\/A82abPW7OX6JgxhXzuFU38rhT0TXZE\/9\/c\/\/ePVQoW06a3YsULYot27dpj1aj0Wh+Jlih8EQH36NkGVZOlkqWYXVTokRxmeI2JCXL8Mo0fL7Zm+RmYF4Rh+\/NixE0a9IMp06dhC8p0ckTJ4pCz5krsFdphldKq2Rlheo1rL9MDsSTSfCzZM6SmX5ZkCVr1q+ULMOTqgRVsgwbG2wE8GQtwSlZJnacOEiTJs1PoWRDQitajUaj0XxF+fLl0KVLZyxdsgyDBw0WN3n8hPGIHUxQlebbaEWr0Wg0mmDhqROXrViGhYsXYcLE8bJAhObH+UrR\/uhqNxrNrwIHWPxs86Jq\/r8EFwykCQyvVGa5sLvm2wSnQ78KhtqweRNSpfq6DV2j+dVpULcurCpZwb5FSyNF86fTsnlz6Tvk2eA0mn+Dhw8fSIS1ZTDUF0XLa1zyijO87qq28DS\/Iz4+PhLsoVttNGY4qpbn4uUF8DWafwOOGmdZw\/PlFyxUKLCiPXXyJGLEiIEp06cFG\/2l0fzqdOvcBcVKFEet2rWNFM2fzoB+\/ZE2bVpZ3lKj+Tfg4UyOHTrCw8MDhYsUCaxozU3Hx06dlHBqjeZ3w7pyFdSsZYMWrVoZKZo\/ncYNGiJHzpzo3bePkaLR\/DNcXV1RvHCRb4+j9fH2Nv7SaH4vuEmHJ0DXaMzwZAg\/+zy5ml+L4HSo7ozVaDQajSYU0YpWo9FoNJpQRCtajUaj0WhCEa1oNRqNRqMJRbSi1Wg0Go0mFNGKVqPRaDSaUEQrWo1Go9FoQpEQFa2fnx9cXFzg+uKFkRKAt48Prl27hjdv3xop\/4wHDx\/i0aNHxtbPxZOnT3Hp8mVcunQJFy\/Sj\/+l37lz5\/H48WPjqNDlxYuXUt5Bx\/s9d3XFlStX4RVk3Jab2ztJ52nAvhceY6r5+Xjw8BGa2zdHLZtaqF+vHmyb2dK2Pf1dH\/Xq1EGtWrVx6pSzcfT3s379Bjg4dERnxy7o3LkL2rRpizlz5hp7IXVtypSpct\/a9Nu0aYux5+8xa9YcjJ8wwdj6s1FKYfSoMWjXrj19q+5Gqglfkrt9+vTD1KlTjZRvw+PCz5w9J5Mj\/L+YNHkqvd\/Z8vegQUMwbuw4+fuf4OHhid69+2D7jh1GytdMmz5D6uivQIiKloV7owYN0dyuOd57eBipJu7cuQubGrWwe9duI+WfMXzYCEyaNNnY+rmYMnmKzCjE5dCiOf3s7OXXgITe0qXLjaNCl3PnL6BGteqi6C0ZMnAQSpcogW3bthspJpYtX44OHTqQsPxopITMwYOHMW3aDFK0ykjR\/EzwYtoZMmZC1qzZkDVbdjFInU+ekonwM3Ma\/WL+4Pqgn0nQr165CieOHZW\/\/f38ybD2D2TIDR48BCuWLoO1tTUKFymMvr16YtWq1cbeH+fChQu4QMapxrRi0PlzZzF79iz6mRSUmU9k8B4+eBBnT58xUr7N+nUb0KlDR\/j6+hkp\/z1nz5zBZXI+mIiRIiF8xH8+lzjXxSMHj+AROWEhce7seVykevUrEKKi5cpAbx2HD+zHrJmzjFQTbJH5eHvh88e\/FuTfA1tlnz99MrZ+Ljzd3ZEkaTLMnDMHixYvxgLjt3rdOtjaNjOOCl3y5smNSFR5r1y5YqSQIfTyFR49foL48RPgwL59vCbzFw4fOICMGTIiZswYRkrIzJszG4cOHUT48Hr5uJ+RRAkTkofTC8NHDCNvYSAKFSmKDJkyYciQwRg6dAiGDx+KrFkyy7Fv3rwlRfwYn+i7\/RZv3rzBK\/r17see02TMnDUDixcvJOPMQfZfuXINa1evxqixY2Df3B49evZEE\/Kkp0+ZAi+vvzdzXCQSwJEjRza2NFweqZKnwJKFC3Hs2HEjleQu\/Xhhl6Bl9erVazym751lrxluhXr08AE8PcibpRMt9wXFj2Tsvfv38eTpMyPla969c5fWxZDw9\/+Ae\/fufzW7GufVvFBHv7690aVzZ\/nbEs77S5JZwfH4yVPcv\/9AWlHNsP6JHDWKzL\/PPCQD03I\/Ezly8HXqCV2PWyJ\/Jr7ZRxueCq902bJYOG8+Tpw8aaSaCoFXQQlrrO3JL\/D69RvytxmX69fF87WEK9S0qdOwjCzlZ8+eG6mQNUItVwzips\/VZD1PmjgZO3fuxIcgCt39\/Xts2rRJvM05s+fg6tWrxh4Trq4vyNtchokTJ8n5Pj6+xh4TFy9exPTpM8ianIMbN28aqcGj6FmjR4+OggXzI2fOHMidK6f88uXNg+TJk4kleeXqNTx48BCrSTht3LgJnp5ecu779x5Yt3Y9Pcck8jq3wZe8Bku4fObMnkse5XScO3fOSP2aRIkTIUfuPDh96pSRQuVLz\/zB3w+t2rXDrVu36UM0VeKX9EHeunkLhQsXkm3m5ImTmDVrljSzcCvER8Oo4XfGQve9+zs4O58Wr4Z589YNq8jj4fK3PJ6bc67QffmjWLp4CXbRPv6ANf8dn+hbCCpQub4NHDAINjVqoGnjJqhauTLVt5Cb3J4+eQIPeueJEiem9+6Ms2fP0TWNncSpUydpXxLkzZfXSAEqVCiP16\/f4JrLdSMlgKNHj6Fx48ai5M3s3r0HDg4d8I4MVc3X8MoulatWRYFChTCADB4PQ2YEhcuvV8\/eqG1jg8aNGqFalarYt2+\/7Dt05Ch27toFb09PdO3clWTu17KMWyyWLVuOyhWt0Lpla9SqXgONGjQihflA9l+95oKOHR3JaBuOZk2bormtvbRksvxm3Ej59urVh\/YPg52tLVq1bIka1jXk27fEvM4zX2fC+IAuApYxjRo2QoO69VCrpg06O3YWhc6wzKlJ+bGl+zZp1BiVrSrBad8B2cc6Jgop0qNHj5JDY4vGdI2qlat8s16zDG7ZoiUa1m+A+nXq0nWbfdNw+C8JUdHyd+dHgryprR1Z0UXQt3cfuLsH7gcQr5eYOWMWRgwfLn+bGdhvACYafTJsefWn7XZt2uAYfZTL6cU3atAg2I\/WhV5M\/bp1MW\/ePFI+ZzGo\/0A4tHP4orxuk3JqULc+Jk2YKEJ\/7Zo1dHz9Ly\/+OlU222bNsI7Sr165in59+qJl8xai9BhWanZknR89cgR76JxG9FI2bdos+4KDn5DLwjuIsjbz4uVLdOvSlSqhHQb1648pkyZLP8tDesEN6tWnspmB8+fOYxhV1DatWn2pZNxHVo8qw969u3H08GGp4DNmzpR9QeE85M+fF5cvXZZlvZijx44hZerUVIkbwO3Na1yjZ2WuUZlEJCuveIkSYqCwAG7TqjVOHD+J48eOokN7B3kX\/E6cz5zB8+fP8Zys3I1UBqxQXeid1KtdBwsWLMRZKv9+JAQ6OnSUOWEfPX6M9vQu7O3sMWTQIDFy2MrV\/P9gpTug\/wBs37YV\/QYOwORpU1CqTBl07thBhFRw3CRD7AnVz\/Gjx6Bn9570PTSjb6geGcwm4fvqxQvxqiJGjCTbTNx48RAjVky4Pv\/aI3r9+jUOHzgYKCbgBV2Dm7j13NLBwy140aJGw5BhQ\/GcnI7x40z9mmHDmEQyKy5+t7169MLhQwfpuGGYMnUq8hcogPYkR8+fv4Cc2bOTXCiAKNGikZxuRob\/16uurVu7Dt1JPjWhdzx1+jRMnDKZlOw9DBrQX\/Z7e3tj68aN2EH1x7FLFzmG7+vQpq3EfrCM5y6G+XPmolLlSphOMqpIsaLo5OAgMTwMyyeTJgAunD9P1zc5WOyFt7C3R0Ry2CZNnYLR48bAmZyFQQMH4saNW6I806RNi8m0b9rM6fJ3d0dH0jPu4vGzjNq1fQdKliiFadOni0zr0qnTly408z0ZNkhat2wlzsCUaVMxbcZ0hCHnrR09R1C99f\/gmx7tRxLU0ch9Hz12NJ6Q6z55sqkfNayhYM0oKpCgcJoyPCFWgiuWLcUM8qrWrFuDzdu2IF78+Jg7Z47s5+uZLaKRw0cgduw42H9gP5avWI5dTntw8cJ5zJ8\/X\/ZzxfH19cHuvXspbR72Hzwgy1wtpL+ZrVu3wNvLG5uo4ixctADLV66AJ1mPL16+kACh6eTVDRsxEmvWrsGmLZvgQAJp6ODBeGhhjVvCL\/whVcw2ZMk1a2qLpk2aoh4JpZEjR8v+COEj4KWrK+U5FvZQnleuXoX48eJiJN0jfITwcNq\/D8tWLCNLbR\/u3b1LCmyB9H8PHzYczVs0xwaq5GvXr8OEyRMxffJUnA6hb6ZgocLw\/0jK7qEpaOzIoUPktRZG0qRJkC5DRvEqGDZOYsaIhowZM5Knfw0bNqyXay9bvhRr163DwCHc97ZEArnsmjVFdvpYs+fMiTGjR4oFOXTwEPF09u13wgou\/z27cea0M5YuWYrIkaPg2eNHyJAhPQ4dP07vcyZiRI8m99X8f7hOnse2LZvlvVpVrIg8uXOjT5\/eyJMvHxbMX2AcFRg\/Mo7yFSyEtu3bYQ3VvfkLF5JwvIP+ffuSsfUZr1+9IuEYPtAarSy0zMI\/KJweNWrUQK1S3OLFytpsjGu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\"\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cb\u003eNote:\u003c\/b\u003e\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e1)\u003c\/strong\u003e The concentration of the primer should vary between 0.1-1.0 μM, being 0.2 μM the optimized amount. Increase the concentration of primer when amplification is not high. Reduce the concentration when non-specific reaction appears.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003e2)\u003c\/strong\u003e The recommended DNA template amount is between 10-100 ng of genomic DNA or 1-10 ng cDNA. As the target gene copy numbers are different among species, the template can be gradually diluted to get an optimal template amount. 2. PCR reaction conditions:\u003c\/p\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/2x_UNI_SYBR_qPCR_master_mix_LOW_ROX_UNI_R20612_b9b214b8-3076-4f67-9a79-1768f8b39a02.pdf?10546501736593966166\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cstrong\u003e\u003cspan style=\"color: #ff9900;\"\u003eDownload Datasheet\u003c\/span\u003e\u003c\/strong\u003e\u003c\/a\u003e\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$70.00
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{"id":10205421129,"title":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience","handle":"unisafedye","description":"\u003ch2\u003eOverview\u003c\/h2\u003e\n\u003cp\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) is a new and safe nucleic acid stain, an alternative to the traditional ethidium bromide (EtBr) stain for detecting nucleic acid in agarose gels. It emits green fluorescence when bound to DNA or RNA. This new stain has two fluorescence excitation maxima when bound to nucleic acid, one centered at 309 nm and another at 419 nm. In addition, it has one visible excitation at 514 nm. The fluorescence emission of UniSafe Dye bound to DNA is centered at 537 nm. UniSafe Dye Nucleic Acid Staining Solution (20,000x) is as sensitive as EtBr. The staining protocol for UniSafe Dye Nucleic Acid Staining Solution (20,000x) is similar to that for EtBr. UniSafe Dye Nucleic Acid Staining Solution (20,000x) had a negative result in mouse marrow chromophilous erythrocyte micronucleus test and also in mouse spermary spermatocyte chromosomal aberration test. So it is wise to choose UniSafe Dye Nucleic acid Stainig Solution (20,000x) instead of EtBr for detecting nucleic acids in agarose gels.\u003c\/p\u003e\n\u003ch2\u003eCharacteristics\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUsed for detecting double-strand DNA and single-stranded RNA\u003c\/li\u003e\n\u003cli\u003eAlternative to the ethidium bromide staining\u003c\/li\u003e\n\u003cli\u003eAs sensitive as EtBr or more sensitive than that\u003c\/li\u003e\n\u003cli\u003eNon-toxic, non-mutagenic and non-carcinogenic\u003c\/li\u003e\n\u003cli\u003eNo hazard waste\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eContent\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) 1 ml\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eStorage Condition\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eStore at room temperature and stable for 12 months.\u003c\/li\u003e\n\u003cli\u003eFor morestable use, should store at 4℃ (Stable for 24 months).\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eApplication\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eVisualization of DNA and RNA bands during agarose gel electrophoresis\u003c\/li\u003e\n\u003cli\u003eIsolation of DNA fragments for sub cloning without introducing mutations normally caused by EtBr.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eConsiderations Before Use\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staing Solution (20,000x) is non-carcinogenicbut may cause skin and eye irritations. Please wear gloves when workingwith the product.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eProtocol\u003c\/h2\u003e\n\u003col\u003e\n\u003cli\u003ePrepare a 100 ml of agarose gel solution (concentration from 0.8~3 %) in a 250 ml flask and mix it thoroughly. Place the flask in the microwave, heat in until the solution is completely clear (about 2~3 minutes). \u003cstrong\u003eNote: \u003c\/strong\u003eThe thickness of gel should be less than 0.5 cm since thick gels may decrease sensitivity.\u003c\/li\u003e\n\u003cli\u003eAdd 5 ㎕ of UniSafe Dye Nucleic Acid Staining Solution (20,000x) to the agarose solution. Swirl the flask gently to mix the solution and avoid forming bubbles.\u003c\/li\u003e\n\u003cli\u003eWhile the agarose solution cools, pour it into the gel tray until the comb teeth are immersed about 1\/4~1\/2 into the agarose. \u003cstrong\u003eNote:\u003c\/strong\u003e Repeated melting of gels containing UniSafe Dye Nucleic Acid Staining Solution (20,000x) may result in low sensitivity.\u003c\/li\u003e\n\u003cli\u003eAllow the agarose gel to cool until solidified. Load samples on the gel and perform electrphoresis.\u003c\/li\u003e\n\u003cli\u003eDetect the bands under UV illumination. \u003cstrong\u003eNote: \u003c\/strong\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) allows visualization of DNA(\u0026gt;50 ng) in the agarose gel under visible light. This eliminates the need for exposure to UV light, which may nick and damage DNA. The intact DNA fragments purified from agarose gel can increase the efficiency of subsequent molecular biology manipulations such as cloning, transformation and transcription.\u003c\/li\u003e\n\u003c\/ol\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/UniSafe_Dye_-_UNI-R01031_En.pdf?10626124213704089207\" title=\"UniSafe Dye\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eFor more Information Download the Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e","published_at":"2017-08-02T14:55:35-04:00","created_at":"2017-08-02T14:55:36-04:00","vendor":"Uniscience","type":"Reagents,Default,Featured Product","tags":["Electrophoresis System","Eletrophoresis System"],"price":9500,"price_min":9500,"price_max":9500,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42370760521,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R01031","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience","public_title":null,"options":["Default Title"],"price":9500,"weight":227,"compare_at_price":null,"inventory_quantity":89,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1527227355","\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/f1758ce7ebe80de823e58f9d808f05e0.jpg?v=1527227355"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1527227355","options":["Title"],"media":[{"alt":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience - Uniscience Corp.","id":239862448216,"position":1,"preview_image":{"aspect_ratio":1.124,"height":330,"width":371,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1568947409"},"aspect_ratio":1.124,"height":330,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dba334896e3a33df8bc92fad517882bc.png?v=1568947409","width":371},{"alt":"UniSafe Dye Nucleic Acid Staining Solution(20,000x) 1ml - Uniscience - Uniscience Corp.","id":239862480984,"position":2,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/f1758ce7ebe80de823e58f9d808f05e0.jpg?v=1568947409"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/f1758ce7ebe80de823e58f9d808f05e0.jpg?v=1568947409","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003ch2\u003eOverview\u003c\/h2\u003e\n\u003cp\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) is a new and safe nucleic acid stain, an alternative to the traditional ethidium bromide (EtBr) stain for detecting nucleic acid in agarose gels. It emits green fluorescence when bound to DNA or RNA. This new stain has two fluorescence excitation maxima when bound to nucleic acid, one centered at 309 nm and another at 419 nm. In addition, it has one visible excitation at 514 nm. The fluorescence emission of UniSafe Dye bound to DNA is centered at 537 nm. UniSafe Dye Nucleic Acid Staining Solution (20,000x) is as sensitive as EtBr. The staining protocol for UniSafe Dye Nucleic Acid Staining Solution (20,000x) is similar to that for EtBr. UniSafe Dye Nucleic Acid Staining Solution (20,000x) had a negative result in mouse marrow chromophilous erythrocyte micronucleus test and also in mouse spermary spermatocyte chromosomal aberration test. So it is wise to choose UniSafe Dye Nucleic acid Stainig Solution (20,000x) instead of EtBr for detecting nucleic acids in agarose gels.\u003c\/p\u003e\n\u003ch2\u003eCharacteristics\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUsed for detecting double-strand DNA and single-stranded RNA\u003c\/li\u003e\n\u003cli\u003eAlternative to the ethidium bromide staining\u003c\/li\u003e\n\u003cli\u003eAs sensitive as EtBr or more sensitive than that\u003c\/li\u003e\n\u003cli\u003eNon-toxic, non-mutagenic and non-carcinogenic\u003c\/li\u003e\n\u003cli\u003eNo hazard waste\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eContent\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) 1 ml\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eStorage Condition\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eStore at room temperature and stable for 12 months.\u003c\/li\u003e\n\u003cli\u003eFor morestable use, should store at 4℃ (Stable for 24 months).\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eApplication\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eVisualization of DNA and RNA bands during agarose gel electrophoresis\u003c\/li\u003e\n\u003cli\u003eIsolation of DNA fragments for sub cloning without introducing mutations normally caused by EtBr.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eConsiderations Before Use\u003c\/h2\u003e\n\u003cul\u003e\n\u003cli\u003eUniSafe Dye Nucleic Acid Staing Solution (20,000x) is non-carcinogenicbut may cause skin and eye irritations. Please wear gloves when workingwith the product.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003ch2\u003eProtocol\u003c\/h2\u003e\n\u003col\u003e\n\u003cli\u003ePrepare a 100 ml of agarose gel solution (concentration from 0.8~3 %) in a 250 ml flask and mix it thoroughly. Place the flask in the microwave, heat in until the solution is completely clear (about 2~3 minutes). \u003cstrong\u003eNote: \u003c\/strong\u003eThe thickness of gel should be less than 0.5 cm since thick gels may decrease sensitivity.\u003c\/li\u003e\n\u003cli\u003eAdd 5 ㎕ of UniSafe Dye Nucleic Acid Staining Solution (20,000x) to the agarose solution. Swirl the flask gently to mix the solution and avoid forming bubbles.\u003c\/li\u003e\n\u003cli\u003eWhile the agarose solution cools, pour it into the gel tray until the comb teeth are immersed about 1\/4~1\/2 into the agarose. \u003cstrong\u003eNote:\u003c\/strong\u003e Repeated melting of gels containing UniSafe Dye Nucleic Acid Staining Solution (20,000x) may result in low sensitivity.\u003c\/li\u003e\n\u003cli\u003eAllow the agarose gel to cool until solidified. Load samples on the gel and perform electrphoresis.\u003c\/li\u003e\n\u003cli\u003eDetect the bands under UV illumination. \u003cstrong\u003eNote: \u003c\/strong\u003eUniSafe Dye Nucleic Acid Staining Solution (20,000x) allows visualization of DNA(\u0026gt;50 ng) in the agarose gel under visible light. This eliminates the need for exposure to UV light, which may nick and damage DNA. The intact DNA fragments purified from agarose gel can increase the efficiency of subsequent molecular biology manipulations such as cloning, transformation and transcription.\u003c\/li\u003e\n\u003c\/ol\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/UniSafe_Dye_-_UNI-R01031_En.pdf?10626124213704089207\" title=\"UniSafe Dye\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eFor more Information Download the Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$95.00
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{"id":10205581001,"title":"DNTP Mix 10mM e.a. - Uniscience","handle":"dntpmix","description":"\u003cp\u003e\u003cstrong\u003eOverview \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003edNTP Mix is an premixed solution in pH 7.0 containing dATP, dCTP, dGTP and dTTP, each one at a final concentration of 10 mM. dNTP mix is a readyto-use solution designed to save time and to provide higher reproducibility in PCR reaction and other applications.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eLong Term:-70ºC\u003c\/li\u003e\n\u003cli\u003eDaily\/Weekly use: -20ºC\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eQuality Control \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eFunctionally tested in PCR with Taq and Pfu DNA Polymerases.\u003c\/li\u003e\n\u003cli\u003eGreater than 99% purity of each component confirmed by HPLC.\u003c\/li\u003e\n\u003cli\u003eFree of endodeoxyribonuclease, exodeoxyribonuclease, ribonuclease and phosphatase activities. Applications For use in all molecular biology applications, including:\u003c\/li\u003e\n\u003cli\u003ePCR,\u003c\/li\u003e\n\u003cli\u003elong PCR,\u003c\/li\u003e\n\u003cli\u003ereal-time PCR,\u003c\/li\u003e\n\u003cli\u003ehigh fidelity PCR,\u003c\/li\u003e\n\u003cli\u003eRT-PCR,\u003c\/li\u003e\n\u003cli\u003ecDNA synthesis,\u003c\/li\u003e\n\u003cli\u003eprimer extension,\u003c\/li\u003e\n\u003cli\u003eand DNA labeling.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/DNTP_MIX_V6.pdf?14335590595361477024\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e","published_at":"2017-08-02T15:27:17-04:00","created_at":"2017-08-02T15:27:17-04:00","vendor":"Uniscience","type":"Reagents","tags":[],"price":2500,"price_min":2500,"price_max":2500,"available":true,"price_varies":false,"compare_at_price":null,"compare_at_price_min":0,"compare_at_price_max":0,"compare_at_price_varies":false,"variants":[{"id":42372278601,"title":"Default Title","option1":"Default Title","option2":null,"option3":null,"sku":"UNI-R202","requires_shipping":true,"taxable":false,"featured_image":null,"available":true,"name":"DNTP Mix 10mM e.a. - Uniscience","public_title":null,"options":["Default Title"],"price":2500,"weight":0,"compare_at_price":null,"inventory_quantity":5,"inventory_management":"shopify","inventory_policy":"deny","barcode":"","requires_selling_plan":false,"selling_plan_allocations":[]}],"images":["\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0f852778b2f75c4d7dc8e42694e965f7.jpg?v=1527225522","\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dntp-mix-2.jpg?v=1527225522"],"featured_image":"\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0f852778b2f75c4d7dc8e42694e965f7.jpg?v=1527225522","options":["Title"],"media":[{"alt":"DNTP Mix 10mM e.a. - Uniscience - Uniscience Corp.","id":239891742808,"position":1,"preview_image":{"aspect_ratio":0.373,"height":300,"width":112,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0f852778b2f75c4d7dc8e42694e965f7.jpg?v=1568947414"},"aspect_ratio":0.373,"height":300,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/0f852778b2f75c4d7dc8e42694e965f7.jpg?v=1568947414","width":112},{"alt":"DNTP Mix 10mM e.a. - Uniscience - Uniscience Corp.","id":519801274456,"position":2,"preview_image":{"aspect_ratio":1.0,"height":400,"width":400,"src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dntp-mix-2.jpg?v=1569004698"},"aspect_ratio":1.0,"height":400,"media_type":"image","src":"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/products\/dntp-mix-2.jpg?v=1569004698","width":400}],"requires_selling_plan":false,"selling_plan_groups":[],"content":"\u003cp\u003e\u003cstrong\u003eOverview \u003c\/strong\u003e\u003c\/p\u003e\n\u003cp\u003edNTP Mix is an premixed solution in pH 7.0 containing dATP, dCTP, dGTP and dTTP, each one at a final concentration of 10 mM. dNTP mix is a readyto-use solution designed to save time and to provide higher reproducibility in PCR reaction and other applications.\u003c\/p\u003e\n\u003cp\u003e\u003cstrong\u003eStorage Temperature \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eLong Term:-70ºC\u003c\/li\u003e\n\u003cli\u003eDaily\/Weekly use: -20ºC\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003cstrong\u003eQuality Control \u003c\/strong\u003e\u003c\/p\u003e\n\u003cul\u003e\n\u003cli\u003eFunctionally tested in PCR with Taq and Pfu DNA Polymerases.\u003c\/li\u003e\n\u003cli\u003eGreater than 99% purity of each component confirmed by HPLC.\u003c\/li\u003e\n\u003cli\u003eFree of endodeoxyribonuclease, exodeoxyribonuclease, ribonuclease and phosphatase activities. Applications For use in all molecular biology applications, including:\u003c\/li\u003e\n\u003cli\u003ePCR,\u003c\/li\u003e\n\u003cli\u003elong PCR,\u003c\/li\u003e\n\u003cli\u003ereal-time PCR,\u003c\/li\u003e\n\u003cli\u003ehigh fidelity PCR,\u003c\/li\u003e\n\u003cli\u003eRT-PCR,\u003c\/li\u003e\n\u003cli\u003ecDNA synthesis,\u003c\/li\u003e\n\u003cli\u003eprimer extension,\u003c\/li\u003e\n\u003cli\u003eand DNA labeling.\u003c\/li\u003e\n\u003c\/ul\u003e\n\u003cp\u003e\u003ca href=\"https:\/\/cdn.shopify.com\/s\/files\/1\/2225\/6213\/files\/DNTP_MIX_V6.pdf?14335590595361477024\" target=\"_blank\" rel=\"noopener noreferrer\"\u003e\u003cspan style=\"color: #ff9900;\"\u003e\u003cstrong\u003eDownload Datasheet\u003c\/strong\u003e\u003c\/span\u003e\u003c\/a\u003e\u003c\/p\u003e"}
translation missing: en.products.product.regular_price
$25.00