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Biology Honors Thesis Seminar Presentation

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Biology Honors Thesis Seminar Presentation

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A presentation I gave to the Biology Honors students during our seminar class. Contains information about the biological background of my project and the CRISPR targeting strategy I am using to create a specific edit in the human genome.

A presentation I gave to the Biology Honors students during our seminar class. Contains information about the biological background of my project and the CRISPR targeting strategy I am using to create a specific edit in the human genome.

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Biology Honors Thesis Seminar Presentation

  1. 1. Generation of Hematopoietic Stem Progenitor Cell Specific Reporter in Human iPSC Casey Patch, Michael Chen, Thorsten Schlaeger, George Daley
  2. 2. Wikipedia
  3. 3. Structure Applications (Nat Methods. 2013 Oct; 10(10): 957–963.) CRISPR
  4. 4. Homology Directed Repair https://www.addgene.org/CRISPR/guide/
  5. 5. Right Arm Region gRNA 3’ UTR Endogenous Coding Region (ORF) Edited Right Arm RegionLeft Arm Region H2B-mKO2 T2A Schematic Targeting Plan Homologous Recombination Left Arm Region Genome
  6. 6. Targeting/Cloning Plan Targeting Construct Cloning: ● PCR amplification of left and right homologous arms ● Synthesized 2A-H2BmKO2 ○ Cloning of these components together ● Verify Sequence CRISPR: ● Design gRNAs with crispr.mit. edu CRISPR design tool and clone following Church Lab’s gRNA Synthesis Protocol ● Transfect into HEK293T cells and run ddPCR to test gRNA efficiency and establish protocol ● Transition to iPS cells and co- transfect with targeting construct
  7. 7. ORF VWRPY motifgRNA Synthesized DNA Including T2A-H2B-mKO2 Left Arm (3 kb) Right Arm (1 kb)15 bp In-Fusion overhang 15 bp In-Fusion overhang Cloning Strategy gRNA site with silent mutations
  8. 8. ddPCR Information (Biorad Droplet Digital PCR Applications Guide, 2014)
  9. 9. (A) (B) (C)
  10. 10. Acknowledgements ● Thanks to Boston Children’s Hospital and Harvard Medical School for the opportunity to research in their facilities. Thanks to Boston College for everything. ● I would like to thank my PI, Thorsten Schlaeger. My mentor Michael Chen and colleagues Manav Gupta, Blair Bell, Alex Devine, and Mike Shi for all of their help in my project. ● I would like to thank Dr. Clare O’Conor for her guidance and discussions as my research advisor during Junior Year ● Of course, I would like to thank George Daley for this opportunity and his guidance in my work.

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