Technical Program
**Program is subject to change. Last updated 10/01.**
TIME ZONE: PACIFIC DAYLIGHT TIME (PDT)
Friday, October 1 |
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Start Time |
End Time |
Welcome Remarks James Carothers, University of Washington |
9:10 AM |
9:15 AM |
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9:15 AM |
10:00 AM |
Novel CRISPR Tools for Genome Engineering and Therapy. Keynote Speaker: Stanley Qi, Stanford University |
10:00 AM |
10:30 AM |
Break |
10:30 AM |
12:15 PM |
Session 1: Biotechnology & Nanotechnology Applications Session Chair: Carrie Eckert, Oak Ridge National Laboratory |
10:30 AM |
11:00 AM |
Optimizing pathways in yeast using a CRISPR-dCas9-based approach. Invited Speaker: Hal Alper, University of Texas at Austin |
11:00 AM |
11:30 AM |
Super-Mendelian inheritance by CRISPR/Cas9-mediated gene conversion in male and female mice. Invited Speaker: Kim Cooper, University of California, San Diego |
11:30 AM |
12:00 PM |
CRISPR-Powered Transistors A merger of Bio and Nano technology Invited Speaker: Kiana Aran, Keck Graduate Institute |
12:00 PM |
12:15 PM |
dCas9-Fusion Peptide Library Display and DNA-Templated Peptide Microarray Self-Assembly for Quantitative Protein Binding Assays. Selected Abstract: Karl Barber, Harvard University |
12:15 PM |
12:30 PM |
Spatio-Temporal Control of CRISPR Editing Sponsored Talk: Jared Carlson-Stervermer, Synthego |
12:30 PM |
12:45 PM |
Break |
12:45 PM |
2:15 PM |
Session 2: CRISPR and COVID Session Chair: Neville Sanjana, New York Genome Center and New York University |
12:45 PM |
1:15 PM |
CRISPR vs SARS-CoV-2 Invited Speaker: Patrick Hsu, UC Berkeley |
1:15 PM |
1:45 PM |
Cas13-based technologies for detecting COVID-19. Invited Speaker: Cameron Myhrvold, Princeton University |
1:45 PM |
2:00 PM |
CRISPR-Based Detection of Sars-Cov-2 By Detectr. Selected Abstract: James Broughton, Mammoth Biosciences |
2:00 PM |
2:15 PM |
Engineered CRISPR/Cas12 Systems Enable Point-of-Care Detection of Sars-Cov-2 RNA. Selected Abstract: Piyush Jain, University of Florida |
2:15 PM |
3:15 PM |
Poster Session |
Saturday, October 2 |
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Start Time |
End Time |
Welcome Jesse Zalatan, University of Washington |
9:10 AM |
9:15 AM |
|
9:15 AM |
10:00 AM |
Mapping the Genetic Landscape of Genome Editing
Keynote Speaker: Britt Adamson, Princeton University |
10:00 AM |
10:30 AM |
Break |
10:30 AM |
11:45 PM |
Session 3: Genome Editing and DNA Repair Session Chair: Alexis Komor, University of California, San Diego |
10:30 AM |
11:00 AM |
Enhancing Genome Editing Technologies Using Protein Engineering. Invited Speaker: Ben Kleinstiver, Massachusetts General Hospital |
11:00 AM |
11:30 AM |
Epigenome editing for mechanistic human epigenetics and synthetic transcriptional networks. Invited Speaker: Isaac Hilton, Rice University |
11:30 AM |
11:45 AM |
A Repackaged CRISPR/Cas9 Platform Recasts Non-Homologous End Joining As a Beneficial Instrument in Nonconventional Yeast Engineering. Selected Abstract: Zengyi Shao, Iowa State University |
11:45 AM |
12:00 PM |
Sponsored Talk: Twist Bioscience |
12:00 PM |
1:30 PM |
Session 4: Genome Screening & Discovery Session Chair: Janice Chen, Mammoth Biosciences |
12:00 PM |
12:30 PM |
CRISPR-based heritable gene silencing by epigenetic editing Invited Speaker: James Nuñez, UCB |
12:30 PM |
1:00 PM |
Genomic approaches to dissect copy number alterations in cancer. Invited Speaker: Teresa Davoli, NYU Langone |
1:00 PM |
1:15 PM |
Genome-Wide Cripsr-dCAS9 (CRIPSRi) Libraries in Clostridium Autoethanogenum as a Mechanism for Fitness Prototyping. Selected Abstract: Nick Fackler, Lanza Tech |
1:15 PM |
1:30 PM |
Digital Genome Engineering for High-Throughput Discovery and Strain Optimization Applications. Selected Abstract: Bryan Leland, Inscripta |
1:30 PM |
1:45 PM |
Sponsored Talk: MilliporeSigma |
1:45 PM |
2:00 PM |
Break |
2:00 PM |
3:45 PM |
Session 5: CRISPR-Cas Biology Session Chair: Jesse Zalatan, University of Washington |
2:00 PM |
2:30 PM |
Unraveling the specificity and inhibition of CRISPR-Cas nucleases Invited Speaker: Ilya Finkelstein, University of Texas at Austin |
2:30 PM |
3:00 PM |
Understanding Current Precision Genome Editing Tools: how Adenine Base Editors modify DNA. Invited Speaker: Audrey Lapinaite, Arizona State University |
3:00 PM |
3:30 PM |
Memory Formation by the Cas4-Cas1-Cas2 Complex During CRISPR Adaptation. Invited Speaker: Dipali Sashital, ISU |
3:30 PM |
3:45 PM |
CRISPR Target Location Determines the Escape Strategy of Bacteriophage. Selected Abstract: Michael Schelling, Iowa State University |
Sunday, October 3 |
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Start Time |
End Time |
Welcome James Carothers, University of Washington |
9:10 AM |
9:15 AM |
|
9:15 AM |
10:00 AM |
Targeted DNA integration without double-strand breaks using CRISPR RNA-guided transposons. Keynote Speaker: Sam Sternberg, Columbia University |
10:00 AM |
10:30 AM |
Break |
10:30 AM |
12:00 PM |
Session 6: Mammalian Synthetic Biology Session Chair: Leonidas Bleris, University of Texas at Dallas |
10:30 AM |
11:00 AM |
Invited Speaker: Prashant Mali, University of California, San Diego |
11:00 AM |
11:30 AM |
Engineering CRISPR circuits in mammalian cells. Invited Speaker: Wilson Wong, Boston University |
11:30 AM |
11:45 AM |
Provenance Attestation of Human Cells Using Physical Unclonable Functions. Selected Abstract: Yi Li, University of Texas at Dallas |
11:45 AM |
12:00 PM |
Long-Term DNA Recording with Ordered Insertion Mutations. Selected Abstract: Theresa Loveless, University of California Irvine |
12:00 PM |
12:10 PM |
Closing Remarks |