Cellecta, Inc.
DriverMap™ AIR TCR-BCR Spike-in Controls (Human RNA)
Table of Contents
Cellecta, Inc.
  • DriverMap™ AIR TCR-BCR Spike-in Controls (Human RNA)
GrabGrab
GrabGrab
CELLECTA User Manual
  • 1. DriverMap™ AIR Spike-in Controls
  • 2. Design of AIR Spike-in Controls
  • 3. DriverMap AIR Control Products
    • 3.1. Premixed Controls Components
    • 3.2. Triplex Isoform Pools Components
  • 4. Additional Materials Required
  • 5. General Recommendations
    • 5.1. Procedural Guidelines
    • 5.2. Instructions for Spike-in Controls
    • 5.3. Spike-in Control Workflow Summary
  • 6. Premixed Controls
  • 7. Triplex Isoform Pools
  • 8. Spike-in Correlation Analysis
  • 9. Data Processing and Analysis
    • 9.1. Extract T- and B- Cell receptor repertoire workflow
    • 9.2. Convert Sequencing Data to FASTQ Format
    • 9.3. NGS Data QC
    • 9.4. Alignment and clonotypes assembly using MiXCR
    • 9.5. Advance Statistical Analysis
  • 10. Appendices
    • 10.1. Appendix A.Tips and Troubleshooting
    • 10.2. Appendix B. Downloading AIR Spike-in Sequences
    • 10.3. Appendix C. Obtaining and Installing Software for Data Analysis
    • 10.4. Appendix D. List of Dual DNA/RNA UDP Indexes
  • 11. Frequently Asked Questions
  • 12. Technical Support
  • 13. Contact Us
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9.5. Advance Statistical Analysis

The downstream analysis also can be performed by MiXCR. MiXCR V4.0 and later provide new features to export results in tabular format and vector plots with various statistical comparisons. More details can also be found on MiXCR’s official website (https://docs.milaboratories.com/).

Last modified: 15 March 2025
9.4. Alignment and clonotypes assembly using MiXCR
10. Appendices

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