BIOLOGICAL DOMAIN
RNA reagents support RNA synthesis, protection, processing and conversion into complementary DNA.
Start with the required output: RNA synthesis, processed RNA or complementary DNA. Transcription and reverse transcription use different templates and serve different purposes. Narrower categories distinguish enzymes from complete reaction systems, as well as primer compositions and RNA end-processing activities. Protection and priming reagents are indexed separately from the enzymes they support.
Browse by reaction role to distinguish transcription, reverse transcription, RNA modification and supporting reagents.
Poly(A) tailing, Poly(U) tailing, RNA capping
42 productsExoribonucleases, Ribonucleases, RNA linkers
47 productsReverse transcriptase enzymes, Two-step RT-PCR kits, First-strand cDNA synthesis kits
124 productsRNA polymerases, T7 transcription, SP6 transcription
53 productsRNase inhibitors
22 productsTransfer RNA
2 productsOligo(dT) primers, Random primers
17 products
Ribonucleases / RNase 4 digestion and end-repair mixes
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
RNases / RNase A
Match activity, concentration and RNase-removal requirements.
RNases / RNase A
RNase A reagent for RNA digestion; concentrations differ between formulations. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNases / RNase A
RNase A reagent for RNA digestion; review concentration and DNase-free specification. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNases / RNase A
RNase A reagent for RNA digestion; review concentration and DNase-free specification. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNases / RNase A
DNase-free RNase A for RNA digestion. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNases / RNase A
Candidate category only. Match the stated sample, material, capacity, geometry and required output before comparison; experimental interchangeability is not established.
RNases / RNase A
DNase-free RNase A for RNA digestion. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNases / RNase A
RNase A reagent for RNA digestion; concentrations differ between formulations. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNases / RNase A
RNase A reagent for RNA digestion; concentrations differ between formulations. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNases / RNase A
RNase A solution for RNA digestion. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNA-DNA hybrid nucleases / RNase H
Candidate for the stated function. Confirm substrate, formulation, reaction conditions and application before substitution.
RNA-DNA hybrid nucleases / RNase H
RNase H cleaves the RNA strand of RNA-DNA hybrids. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNA-DNA hybrid nucleases / Thermostable RNase H
Bacillus stearothermophilus RNase H degrades RNA within DNA:RNA hybrids at elevated temperature. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNA-DNA hybrid nucleases / RNase H
E. coli RNase H degrades the RNA strand of DNA:RNA hybrids. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNA-DNA hybrid nucleases / RNase H
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
RNA-DNA hybrid nucleases / Thermostable RNase H
Thermus thermophilus RNase H degrades RNA within DNA:RNA hybrids at elevated temperature. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
RNA-DNA hybrid nucleases / RNase H
RNase H for digestion of the RNA strand in RNA-DNA hybrids. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNA-DNA hybrid nucleases / RNase HII
RNase HII reagent; retain type-II substrate specificity and review glycerol formulation. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNA-DNA hybrid nucleases / RNase HII
RNase HII reagent; retain type-II substrate specificity and review glycerol formulation. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
RNA-DNA hybrid nucleases / RNase HII
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
Ribonucleases / RNase I
RNase I hydrolyzes RNA with preference for single-stranded substrates and has no DNA nuclease activity. Candidate for the listed workflow; compare buffer, sample input and protocol requirements before substitution.
Ribonucleases / RNase I
E. coli RNase I for RNA digestion. Candidate for this workflow; confirm formulation, substrate and protocol compatibility before substitution.
Ribonucleases / RNase I
Classification is based on the supplied product name. Confirm formulation, application and compatibility in the manufacturer documentation.
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ALTERNATIVE DOES NOT MEAN IDENTICAL
Final groups are designed around experimental substitution requirements. Group membership is provisional until the necessary technical details have been verified for the intended experiment.
Start with your application, then verify the technical requirements against each manufacturer’s documentation.
Broader catalog resources for this branch. These links are discovery starting points, not verified replacements for individual products.