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Find everything you need to know about reverse transcription and reverse transcriptases. Review our educational resources intended for new and experienced researchers alike. Begin your search with the basics of reverse transcription, and further your knowledge with more topics covering cDNA synthesis, reverse transcriptases troubleshooting tips, and cDNA applications in molecular biology studies.
Learn about the roles of reverse transcription in biological systems and in molecular biology research.
Examine essential factors for cDNA synthesis, such as RNA purity, the reverse transcriptase selected, primers used, reaction components, and reaction conditions.
Find out how polymerase activity, RNase H activity, thermostability, and processivity of a reverse transcriptase can impact its functions as a molecular biology tool.
Discover uses of reverse transcription in RT-PCR, cDNA cloning, RACE, gene expression microarrays, and RNA sequencing.
Review troubleshooting tips on reverse transcription with a focus on RT-PCR issues.
Overcoming RT-qPCR challenges
SuperScript IV reverse transcriptase is the most robust reverse transcriptase with increased processivity and more resistant to reaction inhibitors such as guanidinum, heparin and salt as compared to wild type reverse transcriptases.
SuperScript IV reverse transcriptase is the most robust reverse transcriptase with increased processivity and more resistant to reaction inhibitors such as guanidinum and salt as compared to wild type reverse transcriptases.
The reverse transcription step is one of the greatest sources of variation in RT-qPCR. With SuperScript IV reverse transcriptase, the Ct value can be reduced by as much as 8. This enzyme outperforms wild type reverse transcriptases with better sens
Learn how reverse transcription works in a fun animated video and how to select the right reverse transcriptases and primers for your experiment.
仅供科研使用,不可用于诊断目的。