10x Library

Support Documentation

10x Barcode Continuity during Library Sequencing

Assay Scheme & Configuration of Chromium Single Cell DNA Libraries

Assay Scheme and Configuration of Chromium Genome v2 Libraries

Assay Scheme and Configuration of Chromium Single Cell 3′ v2 Libraries

Base Composition of Sequencing Reads of Chromium Single Cell 3’ v2 Libraries

Base Composition of Sequencing Reads of Chromium Single Cell V(D)J Libraries

Biological & Technical Variation in Single Cell Gene Expression Experiments

Chromium Genome Application Performance as a Result of DNA Quality & Sequencing Depth

Chromium Genome Libraries – Sequencing Metrics for Illumina® NovaSeq®

Chromium Genome v2 Libraries – Gel Bead Oligo Primer Contamination Affects Sequencing & Application Performance

Chromium Genome v2 Libraries – Sequencing Metrics for Illumina® Sequencers

Chromium Next GEM Single Cell 3ʹ v3.1: Reagent & Workflow Updates

Chromium Next GEM Single Cell ATAC v1.1 Reagent, Workflow and Software Updates

Chromium Next GEM Single Cell V(D)J v1.1: Reagent & Workflow Updates

Chromium Single Cell 3’ v2 Libraries – Sequencing Metrics for Illumina® NovaSeq®

Chromium Single Cell 3’ v2 Libraries – Sequencing Metrics for Illumina® Sequencers

Chromium Single Cell 3ʹ v3 Reagent, Workflow & Software Updates

Chromium Single Cell Applications – Guidelines for Optimal Sample Preparation

Chromium Single Cell V(D)J Libraries – Sequencing Metrics for Illumina® NovaSeq®

Chromium Single Cell V(D)J Libraries – Sequencing Metrics for Illumina® Sequencers

Comparison between Bioanalyzer and Fragment Analyzer Traces for QC of Chromium Genome v2 Libraries

Comparison between Bioanalyzer and TapeStation traces for QC of Chromium Genome Libraries

Guide RNA Specifications Compatible with Feature Barcoding technology for CRISPR Screening

Guidelines for Accurate Target Cell Counts Using 10x Genomics® Single Cell Solutions

Importance of Cell Stock Concentration for Accurate Target Cell Recovery

Instructions to Download and Process BAM files of 1.3 Million Brain Cells

Instructions to Download and Process FASTQs of 1.3M Brain Cells

Introduction to Linked-Read Technology for a More Comprehensive Genome & Exome Analysis

QC of Chromium Genome Libraries: Qualitative Evaluation Using Agilent Bioanalyzer

QC of Chromium Genome Libraries: Quantitative Evaluation Using qPCR

QC of Chromium Genome v2 Libraries: Qualitative Evaluation Using Agilent Bioanalyzer

Removal of Dead Cells from Single Cell Suspensions Improves Performance for 10x Genomics® Single Cell Applications

Resolving Cell Types as a Function of Read Depth and Cell Number

Sample Preparation Recommendations for the Chromium Genome Kit

Sequencing Metrics & Base Composition of Chromium Single Cell ATAC Libraries

Sequencing Metrics & Base Composition of Sequencing Reads of Chromium Single Cell DNA Libraries

Single-stranded DNA Damage and its Effects on Chromium Genome Application Performance

SPRIselect:DNA Ratios Affect the Size Range of Library Fragments

Target Enrichment Using Custom Baits With The Chromium Genome Reagent Kit

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