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  • Drylab Training
    • Genomics
      • RNA Types in Genome
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    • Wetlab Safety Guide
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  • Archive
    • Archive 2021
      • cfDNA Methylation
      • Genomic Annotation
    • Archive 2019 - Wetlab Training
      • Class I. Basics
        • 1. Wet Lab Safety
        • 2. Wet Lab Regulation
        • 3. Wet Lab Protocols
        • 4. How to design sample cohort
        • 5. How to collect and manage samples
        • 6. How to purify RNA from blood
        • 7. How to check the quantity and quality of RNA
        • 8. RNA storage
        • 9. How to remove DNA contanimation
        • 10. What is Spike-in
      • Class II. NGS - I
        • 1. How to do RNA-seq
        • 2. How to check the quantity and quality of RNA-seq library
        • 3. What is SMART-seq2 and Multiplex
    • Archive 2019 - Drylab Training
      • Getting Startted
      • Part I. Programming Skills
        • Introduction of PART I
        • 1.Setup
        • 2.Linux
        • 3.Bash and Github
        • 4.R
        • 5.Python
        • 6.Perl
        • Conclusion of PART I
      • Part II. Machine Learning Skills
        • 1.Machine Learning
        • 2.Feature Selection
        • 3.Machine Learning Practice
        • 4.Deep Learning
      • Part III. Case studies
        • Case Study 1. exRNA-seq
          • 1.1 Mapping, Annotation and QC
          • 1.2 Expression Matrix
          • 1.3.Differential Expression
          • 1.4 Normalization Issues
        • Case Study 2. exSEEK
          • 2.1 Plot Utilities
          • 2.2 Matrix Processing
          • 2.3 Feature Selection
        • Case Study 3. DeepSHAPE
          • 3.1 Background
          • 3.2 Resources
          • 3.3 Literature
      • Part IV. Appendix
        • Appendix I. Keep Learning
        • Appendix II. Public Data
        • Appendix III. Mapping Protocol of RNA-seq
        • Appendix IV. Useful tools for bioinformatics
      • Part V. Software
        • I. Docker Manual
        • II. Local Gitbook Builder
        • III. Teaching Materials
  • Archive 2018
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On this page
  • FAQ
  • Class I. Basics
  • Class II. NGS I
  • Class III. NGS II
  • Class IV. Validation
  • Class V. Patent and License
  • APPENDIX
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  1. Archive

Archive 2019 - Wetlab Training

Last updated 9 months ago

Class I. Basics

  1. (Private)

Class II. NGS I

Class III. NGS II

  • 1. How to do Pico

  • 2. How to improve Pico

    • 2.1 Replace pico kit by other independent reagents

    • 2.2 Introduce UMI & barcode into pico system

    • 2.3 Remove ribosomal cDNA by DASH/CRISPR method

Class IV. Validation

  • 1. How to find and select candidates

    • 1.1 Differential Expression

    • 1.2 Alternative Splicing

  • 2. How to find controls and references

  • 3. How to do qRT-PCR

    • 3.1 How to select qPCR strategy

    • 3.2 How to reverse transcrip RNA to cDNA

    • 3.3 How to design qPCR plate

    • 3.4 How to minish qPCR error between replicats

    • 3.5 How to analysis qPCR results

  • 4. How to do ddPCR

  • 5. More validation methods

    • Alternative splicing: Agilent 2100 or gel electrophoresis

Class V. Patent and License

  1. How to design different cohorts

  2. How to prepare paperwork

  3. How to prepare testing kit

APPENDIX

  1. Common laboratory instruments

  2. Frequently-used reagents and consumables

FAQ
Safety
Regulation
Protocols
How to design sample cohort
How to collect and manage samples
How to purify RNA from blood
How to check the quantity and quality of RNA
RNA storage
How to remove DNA contanimation
What is Spike-in
How to do RNA-seq
How to check the quantity and quality of RNA-seq library
What is Smart-seq2 and Multiplex
Framework