In vitro Transcription (RNA Synthesis)
Name
Catalog #
Qty
Name
Kit for in vitro mRNA synthesis
The in vitro mRNA synthesis kit is intended for in vitro transcription reaction to obtain mRNA. The mRNA obtained as a result of transcription can be used to study mRNA functions, for microinjections, for cell transfection, for in vitro translation, etc.
Name
Kit for in vitro mRNA synthesis (with ΨTP and m5CTP with m7GmAmG)
The kit is intended for setting up a transcription reaction in vitro to produce m7G-capped mRNA containing modified nucleotides in its structure: pseudouridine (Ψ), 5-methylcytidine (m5C). The set includes an analogue of CleanCap AG (3' OMe)
Name
Kit for in vitro mRNA synthesis (with m7GmAmG)
The kit is intended for setting up an in vitro transcription reaction to produce m7G-capped mRNA. The set includes an analogue of CleanCap AG (3' OMe)
Name
Kit for in vitro mRNA synthesis (with ARCA)
The kit is intended for setting up an in vitro transcription reaction to produce ARCA-capped mRNA.
Name
Kit for in vitro mRNA synthesis (with ΨTP and m5CTP with ARCA)
Kit for mRNA synthesis in vitro (with ΨTP and m5CTP with ARCA) is designed for in vitro transcription reaction to obtain ARCA-capped mRNA containing modified nucleotides in the structure: pseudouridine (Ψ), 5-methylcytidine (m5C). The mRNA obtained as a result of transcription can be used to study mRNA functions, for microinjections, for cell transfection, for in vitro translation, etc.
Name
High-yield T7 RNA synthesis kit
The principle of operation of the kit is based on the enzymatic synthesis of RNA molecules on a DNA template using DNA-dependent RNA polymerase of bacteriophage T7. The kit includes all the necessary reagents to obtain a high yield of RNA transcripts in a minimum reaction time.
The resulting RNA can be used to study the structure and functions of RNA, for genomic editing systems as a guide RNA, to study the mechanisms of RNA interference, for transfection of cells, for translation in vitro etc.