Gene expression profiling from formalin-fixed, paraffin-embedded material, where RNA is typically degraded and conventional whole-transcriptome app...

Gene expression profiling from formalin-fixed, paraffin-embedded material, where RNA is typically degraded and conventional whole-transcriptome app...

Gene expression profiling from formalin-fixed, paraffin-embedded material, where RNA is typically degraded and conventional whole-transcriptome app...

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...

Gene expression profiling from formalin-fixed, paraffin-embedded material, where RNA is typically degraded and conventional whole-transcriptome app...

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...

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...

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...

The reverse-read configuration of QuantSeq, generating reads toward the poly(A) site rather than away from it. This orientation is the one to choos...

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...

The reverse-read configuration of QuantSeq, generating reads toward the poly(A) site rather than away from it. This orientation is the one to choos...

Bead-based purification supplied as a workflow module for Lexogen library preparation kits.For research use only. Not for use in diagnostic procedu...

Highly specific enrichment of polyadenylated RNA, with rapid turnaround and automation-friendly handling that scales cleanly across sample numbers....

Amplification module supplied separately so a single depleted component does not require replacing a full kit.For research use only. Not for use in...

Small RNA library preparation optimised for biofluids and low-content samples such as plasma, serum and urine, with UDIs and UMIs for high multiple...

Small RNA library preparation optimised for biofluids and low-content samples such as plasma, serum and urine, with UDIs and UMIs for high multiple...

Small RNA library preparation optimised for biofluids and low-content samples such as plasma, serum and urine, with UDIs and UMIs for high multiple...

Small RNA library preparation optimised for biofluids and low-content samples such as plasma, serum and urine, with UDIs and UMIs for high multiple...

Small RNA library preparation optimised for biofluids and low-content samples such as plasma, serum and urine, with UDIs and UMIs for high multiple...

True single-cell expression profiling at high resolution, built for ultra-low input where transcript capture efficiency rather than sequencing dept...

True single-cell expression profiling at high resolution, built for ultra-low input where transcript capture efficiency rather than sequencing dept...