Does It Make Antisense?
Description: A basic definition of coding, noncoding, antisense, and template DNA strands.
In Vitro Synthesis of RNA - Technical Bulletin #156
In Vitro Transcription: The Basics
Description: This article presents an overview of in vitro transcription, including requirements of in vitro transcription reactions and a comparison of conventional vs. large scale RNA synthesis. This is a good place to start if you haven't performed in vitro transcription in the past and want to know what's involved.
Phage Polymerase Promoters: Minimal Sequence Requirements
Description: T3, T7 and SP6 RNA polymerase consensus promoter sequences.
Practical Tips for In Vitro Transcription - Technical Bulletin #182
Capped RNA that Gives Higher Protein Yields - TechNotes 9(4)
Description: A new cap structure that is only incorporated in the proper orientation for translation, and reagents for poly(A) tailing dramatically increase translation efficiency.
High Yield Transcription for Every Application - TechNotes 11(4)
Description: An overview of Ambion's complete line of products for the generation of capped/uncapped RNA, short RNA transcripts, dsRNA transcripts, amplified RNA, and milligram quantities of transcript.
Quick and Easy Addition of Poly(A) Tails to In Vitro Transcribed RNA - TechNotes 8(4)
Description: Add poly(A) tails to 3' termini of RNA and enhance translational efficiency
Rapidly Synthesize Large Amounts of Capped RNA - TechNotes 10(4)
Description: Our mMESSAGE mMACHINE® High Yield Capped RNA Transcription Kits produce 10-50 times the yield obtained with conventional in vitro transcription reactions.
RNAi for High Throughput Analysis - TechNotes 9(5)
Description: Use MEGAscript and MEGAclear for the synthesis and purification of high quality RNA from a large number of samples
RNAi in Non-Mammalian Cultured Cells - TechNotes 9(5)
Description: Large scale transcription of long dsRNA for RNAi
Synthesis and Biological Applications of Cap Analogs with Superior Translational Properties - TechNotes 15(2)
Description: We synthesized some cap analog variants and evaluated their biological function.
Yield isn’t Everything in a High Yield Transcription Kit! - TechNotes 9(4)
Description: Yield is only part of the story; does your high-yield transcription kit produce full-length transcripts?
Description: A new cap structure that is only incorporated in the proper orientation for translation, and reagents for poly(A) tailing dramatically increase translation efficiency.
High Yield Transcription for Every Application - TechNotes 11(4)
Description: An overview of Ambion's complete line of products for the generation of capped/uncapped RNA, short RNA transcripts, dsRNA transcripts, amplified RNA, and milligram quantities of transcript.
Quick and Easy Addition of Poly(A) Tails to In Vitro Transcribed RNA - TechNotes 8(4)
Description: Add poly(A) tails to 3' termini of RNA and enhance translational efficiency
Rapidly Synthesize Large Amounts of Capped RNA - TechNotes 10(4)
Description: Our mMESSAGE mMACHINE® High Yield Capped RNA Transcription Kits produce 10-50 times the yield obtained with conventional in vitro transcription reactions.
RNAi for High Throughput Analysis - TechNotes 9(5)
Description: Use MEGAscript and MEGAclear for the synthesis and purification of high quality RNA from a large number of samples
RNAi in Non-Mammalian Cultured Cells - TechNotes 9(5)
Description: Large scale transcription of long dsRNA for RNAi
Synthesis and Biological Applications of Cap Analogs with Superior Translational Properties - TechNotes 15(2)
Description: We synthesized some cap analog variants and evaluated their biological function.
Yield isn’t Everything in a High Yield Transcription Kit! - TechNotes 9(4)
Description: Yield is only part of the story; does your high-yield transcription kit produce full-length transcripts?