A community from Nature Biomedical Engineering

Gregory C. Lanzaro

Professor, University of California, Davis

University of California, Davis
Contributors
United States of America

Subject

Genetic engineering

Popular Contributions

Analysis of mosquito disease vector genomes confirms high levels of sequence polymorphism, but screens reveal an abundance of target sites for Cas-9-based gene drive.

Contributor Nature Comms

Behind the paper

Analysis of mosquito disease vector genomes confirms high levels of sequence polymorphism, but screens reveal an abundance of target sites for Cas-9-based gene drive.

Gregory C. Lanzaro

Apr 06, 2020

Topics

Channels contributed to:

Behind the paper

Content From Similar Experts

Therapeutic exosome engineering

Behind the paper

Therapeutic exosome engineering

Sep 03, 2019

Responsible Science Takes Time

Behind the paper

Responsible Science Takes Time

Alison L. Van Eenennaam

Oct 07, 2019