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Klearkall Master Mix for High-Throughput Genotyping on Crude Plant Samples to Enable Precision Breeding

14 Jul 2015

Scientific Posters

10 Top Tips for Life Science Laboratory Efficiency Infographic

28 Jun 2015

Scientific Posters

Bioinformatics Pipeline for ChIP-Seq Analyses

28 May 2015

Application Notes

Bioruptor® DNA Shearing for Agilent SureSelect Library Preparation: A Perfect Combination

14 May 2015

Application Notes

Bioruptor® NGS System – Designed Exclusively for Fast & Accurate DNA Shearing

12 May 2015

Application Notes

Comprehensive Sequence and Post-Translational Modifications Analysis of Monoclonal Antibody by Flash Digest and LC-High Resolution MS

20 Apr 2015

Application Notes

Magnetic Bead Mixer Provides More Consistent Bead Delivery During Automated NGS Library Size Selection

30 Mar 2015

Scientific Posters

Automated Normalization and Pooling of DNA with the Labcyte Echo® Liquid Handler to Enable Next Generation Sequencing

5 Mar 2015

Application Notes

Automation of NGS Sample Size Selection Using SPRIselect on the Biomek 4000 Laboratory Automation Workstation

26 Feb 2015

Application Notes

Lower Cost, Higher Throughput Library Preparation with the Echo Liquid Handler and the NuGEN Ovation® Single Cell RNA-Seq System

26 Feb 2015

Application Notes

ELF from Sage Science: A New Automated System for Size-Selection in NGS Library Construction

9 Feb 2015

Scientific Posters

High Throughput TruSeq Stranded mRNA Library Construction Illumina Qualified Method with Downstream Processing Method Suite on the Biomek FXP Automation Workstation

9 Feb 2015

Scientific Posters

Escalating Cancer Research through Automated RNASeq Sample Preparation from Archival FFPE Tissue Specimens

30 Jan 2015

Application Notes

Directional qRNA-Seq: Combining the Power of Stranded RNA-Seq with the Quantitative Precision of Molecular Labels

9 Jan 2015

Application Notes

Performing Chromatin Immunoprecipitation with Minimal Hands on Time Using the ChIPettor

22 Dec 2014

Case Studies

Current Standard Protocols for the Illumina Genome Analyzer Sequencing Platform Employ Laborious, Costly, and Unreliable Methods for Quantifying DNA Libraries

22 Dec 2014

Application Notes

Transcript Profiling of the Listeria monocytogenes 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

Application Notes

Targeted Next-Generation Sequencing for Forensic Genomics

27 Nov 2014

Application Notes

Simple and Efficient Full-Length cDNA Library Construction

26 Nov 2014

Application Notes

Application of the Megaruptor® for Shearing of Ultra-Long DNA Fragments in the Context of Long Read Sequencing Using 3rd Generation Sequencing Technologies

24 Nov 2014

Application Notes

De Novo Transcriptome and Expression Analysis Using Combined Next Generation Sequencing Technologies

24 Nov 2014

Application Notes

Automated Targeted Locus Amplification (TLA) Technology for Targeted Complete Gene Sequencing Using the JANUS NGS Express Workstation

18 Nov 2014

Application Notes

De Novo Sequencing Of Genomes Using Up To Five Different Types of Genomic DNA Libraries

18 Nov 2014

Application Notes

16S Metagenomics Studies with the MiSeq® System

12 Nov 2014

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Selected Filters:

Klearkall Master Mix for High-Throughput Genotyping on Crude Plant Samples to Enable Precision Breeding

10 Top Tips for Life Science Laboratory Efficiency Infographic

Bioinformatics Pipeline for ChIP-Seq Analyses

Bioruptor® DNA Shearing for Agilent SureSelect Library Preparation: A Perfect Combination

Bioruptor® NGS System – Designed Exclusively for Fast & Accurate DNA Shearing

Comprehensive Sequence and Post-Translational Modifications Analysis of Monoclonal Antibody by Flash Digest and LC-High Resolution MS

Magnetic Bead Mixer Provides More Consistent Bead Delivery During Automated NGS Library Size Selection

Automated Normalization and Pooling of DNA with the Labcyte Echo® Liquid Handler to Enable Next Generation Sequencing

Automation of NGS Sample Size Selection Using SPRIselect on the Biomek 4000 Laboratory Automation Workstation

Lower Cost, Higher Throughput Library Preparation with the Echo Liquid Handler and the NuGEN Ovation® Single Cell RNA-Seq System

ELF from Sage Science: A New Automated System for Size-Selection in NGS Library Construction

High Throughput TruSeq Stranded mRNA Library Construction Illumina Qualified Method with Downstream Processing Method Suite on the Biomek FX<sup>P</sup> Automation Workstation

Escalating Cancer Research through Automated RNASeq Sample Preparation from Archival FFPE Tissue Specimens

Directional qRNA-Seq: Combining the Power of Stranded RNA-Seq with the Quantitative Precision of Molecular Labels

Performing Chromatin Immunoprecipitation with Minimal Hands on Time Using the ChIPettor

Current Standard Protocols for the Illumina Genome Analyzer Sequencing Platform Employ Laborious, Costly, and Unreliable Methods for Quantifying DNA Libraries

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

Targeted Next-Generation Sequencing for Forensic Genomics

Simple and Efficient Full-Length cDNA Library Construction

Application of the Megaruptor® for Shearing of Ultra-Long DNA Fragments in the Context of Long Read Sequencing Using 3rd Generation Sequencing Technologies

De Novo Transcriptome and Expression Analysis Using Combined Next Generation Sequencing Technologies

Automated Targeted Locus Amplification (TLA) Technology for Targeted Complete Gene Sequencing Using the JANUS NGS Express Workstation

<i>De Novo</i> Sequencing Of Genomes Using Up To Five Different Types of Genomic DNA Libraries

16S Metagenomics Studies with the MiSeq® System

Resources

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Selected Filters:

Klearkall Master Mix for High-Throughput Genotyping on Crude Plant Samples to Enable Precision Breeding

10 Top Tips for Life Science Laboratory Efficiency Infographic

Bioinformatics Pipeline for ChIP-Seq Analyses

Bioruptor® DNA Shearing for Agilent SureSelect Library Preparation: A Perfect Combination

Bioruptor® NGS System – Designed Exclusively for Fast & Accurate DNA Shearing

Comprehensive Sequence and Post-Translational Modifications Analysis of Monoclonal Antibody by Flash Digest and LC-High Resolution MS

Magnetic Bead Mixer Provides More Consistent Bead Delivery During Automated NGS Library Size Selection

Automated Normalization and Pooling of DNA with the Labcyte Echo® Liquid Handler to Enable Next Generation Sequencing

Automation of NGS Sample Size Selection Using SPRIselect on the Biomek 4000 Laboratory Automation Workstation

Lower Cost, Higher Throughput Library Preparation with the Echo Liquid Handler and the NuGEN Ovation® Single Cell RNA-Seq System

ELF from Sage Science: A New Automated System for Size-Selection in NGS Library Construction

High Throughput TruSeq Stranded mRNA Library Construction Illumina Qualified Method with Downstream Processing Method Suite on the Biomek FX<sup>P</sup> Automation Workstation

Escalating Cancer Research through Automated RNASeq Sample Preparation from Archival FFPE Tissue Specimens

Directional qRNA-Seq: Combining the Power of Stranded RNA-Seq with the Quantitative Precision of Molecular Labels

Performing Chromatin Immunoprecipitation with Minimal Hands on Time Using the ChIPettor

Current Standard Protocols for the Illumina Genome Analyzer Sequencing Platform Employ Laborious, Costly, and Unreliable Methods for Quantifying DNA Libraries

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

Targeted Next-Generation Sequencing for Forensic Genomics

Simple and Efficient Full-Length cDNA Library Construction

Application of the Megaruptor® for Shearing of Ultra-Long DNA Fragments in the Context of Long Read Sequencing Using 3rd Generation Sequencing Technologies

De Novo Transcriptome and Expression Analysis Using Combined Next Generation Sequencing Technologies

Automated Targeted Locus Amplification (TLA) Technology for Targeted Complete Gene Sequencing Using the JANUS NGS Express Workstation

<i>De Novo</i> Sequencing Of Genomes Using Up To Five Different Types of Genomic DNA Libraries

16S Metagenomics Studies with the MiSeq® System

Resources Filter