Reagents P

Storage condition: Room Temperature UN Number: UN 1268 GHS pictograms: GHS07GHS08GHS09GHS02 Signal Words: Danger H Statements: H315H336H304H411H225EUH066 P Statements: P210P243P280P260P301 + P330 + P331P302 + P352P304 + P340P308 +

Storage condition: Room Temperature UN Number: UN 1268 GHS pictograms: GHS07GHS08GHS09GHS02 Signal Words: Danger H Statements: H315H336H304H411H225EUH066 P Statements: P210P243P280P260P301 + P330 + P331P302 + P352P304 + P340P308 +

Storage condition: Room Temperature UN Number: UN 1268 GHS pictograms: GHS07GHS08GHS09GHS02 Signal Words: Danger H Statements: H315H336H304H411H225EUH066 P Statements: P210P243P280P260P301 + P330 + P331P302 + P352P304 + P340P308 +

Storage condition: Room Temperature UN Number: UN 1268 GHS pictograms: GHS07GHS08GHS09GHS02 Signal Words: Danger H Statements: H315H336H304H411H225EUH066 P Statements: P210P243P280P260P301 + P330 + P331P302 + P352P304 + P340P308 +

RNA 5´ Polyphosphatase is a Mg2+-independent phosphohydrolase discovered and characterized by Epicentre scientists. The enzyme sequentially removes the ? and ß phosphates from 5´-triphosphorylated RNA (such as primary RNA transcripts): 5´ pppN—OH 3´

This reagent is designed for use with the MasterPure&trade kit protocols only.

RNase I degrades single-stranded RNA to nucleoside 3´ monophosphates via 2´,3´ cyclic monophosphate intermediates by cleaving between all dinucleotide pairs,2,3 unlike RNase A, which cleaves only after cytosine and uridine. In addition, the enzyme

RNase-Free DNase I (bovine pancreas) is an endonuclease useful in removing DNA that might interfere with the characterization, manipulation, or use of RNA, or for any application requiring highly purified DNase I, such as nick translation.

RocketScriptTM Reverse Transcriptase is an independently developed thermostable reverse transcriptase derived from M-MLV. Its resistnace to heat (42 ~ 70?) allows effective synthesis of complex RNA structures with full-length cDNA.

RocketScriptTM Reverse Transcriptase is an independently developed thermostable reverse transcriptase derived from M-MLV. Its resistnace to heat (42 ~ 70?) allows effective synthesis of complex RNA structures with full-length cDNA.

RocketScriptTM Reverse Transcriptase is an independently developed thermostable reverse transcriptase derived from M-MLV. Its resistnace to heat (42 ~ 70?) allows effective synthesis of complex RNA structures with full-length cDNA.

RocketScriptTM Reverse Transcriptase is an independently developed thermostable reverse transcriptase derived from M-MLV. Its resistnace to heat (42 ~ 70?) allows effective synthesis of complex RNA structures with full-length cDNA.