Research
CRISPRi, CRISPRa, and CRISPRoff for programmable control of gene expression without cutting DNA.
Genome-scale screens to map genetic interactions and identify synthetic lethal targets in cancer.
High-throughput screens to map transcriptional responses across phenotypes and diverse cell types.
Modeling therapy response in prostate cancer, AML, glioblastoma, and lung cancer.
High-throughput screening of combinatorial dCas9 effector fusions to discover transcriptional modulators and map domain interactions.
Engineered Cas12a for multiplexed chromatin editing and higher-order genetic interactions.
Team
Publications
Lab Life
Resources
Protocol for amplifying CRISPR libraries for screening experiments.
Download PDF →Comprehensive screening methodologies using CRISPR activation and interference approaches.
Weissman Lab →Code, tools, and computational resources from the Gilbert Lab.
View on GitHub →Alumni
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We're looking for motivated postdocs, graduate students, and research associates to join our team.
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