High conversion DNA library prep kit for analysis of cfDNA and FFPE, supporting mechanically (MC) sheared inputs when shearing is needed on FFPE samples. This v2 kit includes IDT's internally-developed xGen 2x HiFi PCR Mix, for a complete library prep solution
High conversion DNA library prep kit for analysis of cfDNA and FFPE, supporting mechanically (MC) sheared inputs when shearing is needed on FFPE samples. This v2 kit includes IDT's internally-developed xGen 2x HiFi PCR Mix, for a complete library prep solution
Library prep kit for ssDNA (heavily damaged) or mixtures of ss and dsDNA (viromes/metagenomes) from 10 pg–250 ng; Adaptase™-based chemistry for library prep of single stranded DNA, includes amplification polymerase; indexing primers also supplied separately.
Library prep kit for ssDNA (heavily damaged) or mixtures of ss and dsDNA (viromes/metagenomes) from 10 pg–250 ng; Adaptase™-based chemistry for library prep of single stranded DNA, includes amplification polymerase; indexing primers also supplied separately.
RNA-Seq library prep kit that supports total RNA inputs from 10 ng to 1 µg, includes cDNA synthesis through library prep and amplification; (upstream modules: poly(A)-selection beads, ribodepletion and indexing primers sold separately).
RNA-Seq library prep kit that supports total RNA inputs from 10 ng to 1 µg, includes cDNA synthesis through library prep and amplification; (upstream modules: poly(A)-selection beads, ribodepletion and indexing primers sold separately).
RNA-Seq library prep kit that supports total RNA inputs from 100 ng to 1 µg, includes cDNA synthesis through library prep and amplification; (upstream modules: poly(A)-selection beads, ribodepletion, and indexing primers sold separately) faster workflow with fewer steps than the xGen Broad-Range RNA Library Prep Kit.
RNA-Seq library prep kit that supports total RNA inputs from 100 ng to 1 µg, includes cDNA synthesis through library prep and amplification; (upstream modules: poly(A)-selection beads, ribodepletion, and indexing primers sold separately) faster workflow with fewer steps than the xGen Broad-Range RNA Library Prep Kit.
Library prep kit for whole genome bisulfite sequencing or targeted Methyl-Seq; Adaptase-based chemistry for library prep of single stranded bisulfite converted DNA, includes amplification polymerase, bisulfite conversion module not provided (recommend Zymo), indexing primers also supplied separately.
Library prep kit for whole genome bisulfite sequencing or targeted Methyl-Seq; Adaptase-based chemistry for library prep of single stranded bisulfite converted DNA, includes amplification polymerase, bisulfite conversion module not provided (recommend Zymo), indexing primers also supplied separately.
Adaptase reagents for adding a stubby adapter to ssDNA substrates (for single cell Methyl-Seq workflow, not a complete library prep).
Core kit for performing Normalase, includes Normalase I and Normalase II reagents and Normalase terminal primers, Normalase indexing primers sold separately.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Premixed, unique dual index primers designed for Normalase™ workflow. Individual plates of 96 indexes or sets of 384 indexes are available. Or choose all four sets for a total of 1536 index pairs. All plates are single-use to minimize the risk of contamination by multiple handling events.
Combinatorial dual index primers designed for Normalase workflow. Consists of 20 individual tubes of indexes that support up to 96 combinations of i7-i5 indexes.
Exome capture kit for target capture. 415,115 individually synthesized, quality controlled probes, manufactured to ISO standards, with deep, uniform coverage.
Exome capture kit for target capture. 415,115 individually synthesized, quality controlled probes, manufactured to ISO standards, with deep, uniform coverage.
Exome capture kit for target capture. 415,115 individually synthesized, quality controlled probes, manufactured to ISO standards, with deep, uniform coverage.
xGen Custom Hyb Panels include your choice of high-fidelity, individually synthesized, 5'-biotinylated oligos for targeted NGS research. IDT proprietary DNA synthesis produces rapid, high-quality panels that can be optimized, expanded, and combined with other panels in research studies
