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SIGNAL OVER DIN (AND RIN)
This data sheet demonstrates the advantages of ClaretBio’s suite of technologies in improving the quality of data captured from clinical samples of poor quality. Here, using DNA and RNA extracted from FFPE tissue that are of low DNA Integrity Number (DIN) or RNA Integrity Number (RIN), we show that the ForShear™>SRSLY® whole genome sequencing workflow and REALLY rNONE™ RNA-Seq workflow generate high quality data even with challenging samples
NEW! REALLY hg-rNONE for RNA-Seq with simultaneous ribosomal RNA and globin depletion
Learn more about our offering (launch Feb 2025) - a workflow for RNA-Seq from whole blood or blood derived RNA with globin depletion.
REALLY-rNONE workflow for directional RNA-Seq library preparation
ClaretBio’s newest offering brings a simplified RNA-Seq method, coupled with a robust ribo-depletion workflow
ForShear and SRSLY a robust combination for NGS library prep from FFPE DNA
Our new product, ForShear allows fragmentation of gDNA and seamless intergretion with SRSLY library preparation. Generate high-quality libraries from challenging low-quality severely damaged libraries.
SRSLY for cell-free DNA
SRSLY™ a single-stranded approach to NGS library preparation for analysis of cell-free DNA fragments
SRSLY for Hair and Ancient DNA
SRSLY™ a single-stranded approach to Illumina NGS library preparation for analysis of highly fragmented and low yield DNA
SRSLY FOR SUPERIOR NGS-BASED OLIGO QC
SRSLY can be used for NGS-based quality control of synthetic oligonucleotides.
SRSLY for RNA-Seq
Efficient single-stranded library method for RNA-Seq workflows
XACTLY for cell-free DNA Fragmentomics
DNA termini profiling assay for improved fragmentomics
NEW! SRSLY Uracil+ for Methyl-Seq
SRSLY works downstream of methyl-conversion for epigenetic analyses of DNA