Removes ribosomal RNA at greater than 99% efficiency without off-target depletion, so the remaining transcriptome is preserved intact. Available fo...

Stabilises RNA and DNA in fresh tissue and cell culture so extraction can be deferred: one day at 37 °C, one week at room temperature, one month at...

Blocking oligonucleotides against the highly abundant BC1 non-coding transcript in mouse. BC1 is strongly represented in neural tissue and can take...

Blocking oligonucleotides that suppress capture of globin transcripts during library preparation. In whole blood, globin mRNA can dominate the poly...

Blocking oligonucleotides that suppress capture of globin transcripts during library preparation. In whole blood, globin mRNA can dominate the poly...

Synthetic spike-in transcripts designed with realistic isoform and abundance complexity, used to validate and monitor RNA-Seq experiments and to co...

Synthetic spike-in transcripts designed with realistic isoform and abundance complexity, used to validate and monitor RNA-Seq experiments and to co...

Synthetic spike-in transcripts designed with realistic isoform and abundance complexity, used to validate and monitor RNA-Seq experiments and to co...

Synthetic spike-in transcripts designed with realistic isoform and abundance complexity, used to validate and monitor RNA-Seq experiments and to co...

Synthetic spike-in transcripts designed with realistic isoform and abundance complexity, used to validate and monitor RNA-Seq experiments and to co...

Synthetic spike-in transcripts designed with realistic isoform and abundance complexity, used to validate and monitor RNA-Seq experiments and to co...

Synthetic spike-in transcripts designed with realistic isoform and abundance complexity, used to validate and monitor RNA-Seq experiments and to co...

Counts one fragment per transcript from the 3′ end, so reads map directly to expression level and far less sequencing depth is needed than whole-tr...

Counts one fragment per transcript from the 3′ end, so reads map directly to expression level and far less sequencing depth is needed than whole-tr...

Time-resolved measurement of RNA synthesis and degradation through metabolic labelling, distinguishing newly transcribed RNA from pre-existing pool...

Time-resolved measurement of RNA synthesis and degradation through metabolic labelling, distinguishing newly transcribed RNA from pre-existing pool...

Counts one fragment per transcript from the 3′ end, so reads map directly to expression level and far less sequencing depth is needed than whole-tr...

Time-resolved measurement of RNA synthesis and degradation through metabolic labelling, distinguishing newly transcribed RNA from pre-existing pool...

Time-resolved measurement of RNA synthesis and degradation through metabolic labelling, distinguishing newly transcribed RNA from pre-existing pool...

Time-resolved measurement of RNA synthesis and degradation through metabolic labelling, distinguishing newly transcribed RNA from pre-existing pool...

Lexogen 12 nt unique dual indices, supplied as index plates for multiplexing. Dual indexing on both ends allows index-hopping artefacts to be ident...

Lexogen 12 nt unique dual indices, supplied as index plates for multiplexing. Dual indexing on both ends allows index-hopping artefacts to be ident...

Column-based isolation of functional small RNA, independent of species. Isolates the RNA actually loaded into silencing complexes rather than total...