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
Optimized buffers, Cot DNA, xGen 2x HiFi PCR Mix, and streptavidin beads for use with xGenâ„¢ Hyb Panels in hybridization capture target enrichment. This kit includes two products - the reagents component and the streptavidin beads component, used together for performing hybridization target enrichment. Both components must be purchased together in equal quantities.
Optimized buffers, Cot DNA, xGen 2x HiFi PCR Mix, and streptavidin beads for use with xGenâ„¢ Hyb Panels in hybridization capture target enrichment. This kit includes two products - the reagents component and the streptavidin beads component, used together for performing hybridization target enrichment. Both components must be purchased together in equal quantities.
COVID panels that utilize multiple overlapping amplicons in a single tube, comprises a premixed target-specific primer pool.
COVID panels that utilize multiple overlapping amplicons in a single tube, comprises a premixed target-specific primer pool.
COVID panels that utilize multiple overlapping amplicons in a single tube, comprises a premixed target-specific primer pool.
Targeted amplicon library prep kit for contiguous coverage (overlapping amplicons), comprises multiplexed PCR, indexing PCR, and Normalaseâ„¢ reagents (target-specific panel and indexing primers sold separately).
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Oncology and infectious disease panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Metagenomics panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
Metagenomics panels that utilize multiple overlapping amplicons in a single tube; comprises a premixed target-specific primer pool.
EGFR amplicon panel utilizing UMIs for identification of mutations occurring at 0.25% allele frequency. Custom panels available upon request.
Tailored to meet your research needs, custom amplicon panels offer a completely curated targeted sequencing workflow to interrogate genomic targets relevant to you.
Monkeypox Virus panel that utilizes multiple overlapping amplicons in a single tube, comprises a premixed target-specific primer pool.
GEM-X Flex Gene Expression with Feature Barcode technology Single cell RNA sequencing is increasingly being used to profile larger numbers of patient cohorts or different perturbations, making an efficient and scalable workflow paramount.
Digital DNA sequencing to confidently detect low-frequency variants
