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Accel-Amplicon™ Panels

27 Apr 2017

Scientific Posters

Robust Structural Variation Detection from 100 ng to 1 ng

25 Apr 2017

Scientific Posters

Detecting Cancer Burden in Liquid Biopsies

12 Apr 2017

Application Notes

NGS Library Preparation Produces Balanced, Comprehensive Methylome Coverage from Low Input Quantities

5 Apr 2017

Case Studies

Presentation: Establishing a Sensitive Assay to Detect Mutations in Early Stage Endometrial Cancer

3 Apr 2017

Application Notes

A Guide to NGS Applications Using cfDNA Samples

14 Feb 2017

Application Notes

Accel-NGS® 2S DNA Library Kits

6 Dec 2016

Application Notes

Understanding NGS Intricacy and Single-Cell Sequencing

28 Nov 2016

Application Notes

Incorporating Molecular ID Technology with Accel-NGS<sup>®</sup> 2S MID Indexing Kits

20 Oct 2016

Scientific Posters

Targeted Exome and Gene Panel Analysis from Low Input and FFPE DNA using Hybridization Capture for Cancer Genome Studies

2 Aug 2016

Application Notes

Somatic Variant Detection from Liquid Biopsy Samples using Targeted NGS

31 Jul 2016

Application Notes

Transcript Profiling of the <i>Listeria monocytogenes</i> Butyrate Regulon Using Novel Library Preparation Technology to Preserve Strand Specificity

13 Dec 2014

Application Notes

Approaching Single-Cell Sequencing by Understanding NGS Library Complexity and Bias

3 Dec 2014

Scientific Posters

Accel-NGS™: New Technology for PCR-Free & Low-Input NGS Libraries

20 May 2014

Scientific Posters

A New Method for Preparation of Low-Input, PCR-Free Next Generation Sequencing Libraries

20 May 2014

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Selected Filters:

Accel-Amplicon™ Panels

Robust Structural Variation Detection from 100 ng to 1 ng

Detecting Cancer Burden in Liquid Biopsies

NGS Library Preparation Produces Balanced, Comprehensive Methylome Coverage from Low Input Quantities

Presentation: Establishing a Sensitive Assay to Detect Mutations in Early Stage Endometrial Cancer

A Guide to NGS Applications Using cfDNA Samples

Accel-NGS® 2S DNA Library Kits

Understanding NGS Intricacy and Single-Cell Sequencing

Incorporating Molecular ID Technology with Accel-NGS<sup>®</sup> 2S MID Indexing Kits

Targeted Exome and Gene Panel Analysis from Low Input and FFPE DNA using Hybridization Capture for Cancer Genome Studies

Somatic Variant Detection from Liquid Biopsy Samples using Targeted NGS

Transcript Profiling of the <i>Listeria monocytogenes</i> Butyrate Regulon Using Novel Library Preparation Technology to Preserve Strand Specificity

Approaching Single-Cell Sequencing by Understanding NGS Library Complexity and Bias

Accel-NGS™: New Technology for PCR-Free & Low-Input NGS Libraries

A New Method for Preparation of Low-Input, PCR-Free Next Generation Sequencing Libraries

Resources

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Selected Filters:

Accel-Amplicon™ Panels

Robust Structural Variation Detection from 100 ng to 1 ng

Detecting Cancer Burden in Liquid Biopsies

NGS Library Preparation Produces Balanced, Comprehensive Methylome Coverage from Low Input Quantities

Presentation: Establishing a Sensitive Assay to Detect Mutations in Early Stage Endometrial Cancer

A Guide to NGS Applications Using cfDNA Samples

Accel-NGS® 2S DNA Library Kits

Understanding NGS Intricacy and Single-Cell Sequencing

Incorporating Molecular ID Technology with Accel-NGS<sup>®</sup> 2S MID Indexing Kits

Targeted Exome and Gene Panel Analysis from Low Input and FFPE DNA using Hybridization Capture for Cancer Genome Studies

Somatic Variant Detection from Liquid Biopsy Samples using Targeted NGS

Transcript Profiling of the <i>Listeria monocytogenes</i> Butyrate Regulon Using Novel Library Preparation Technology to Preserve Strand Specificity

Approaching Single-Cell Sequencing by Understanding NGS Library Complexity and Bias

Accel-NGS™: New Technology for PCR-Free & Low-Input NGS Libraries

A New Method for Preparation of Low-Input, PCR-Free Next Generation Sequencing Libraries

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