Jennifer A. Doudna

Author detail

15 featured books

JENNIFER A. DOUDNA, Ph.D. is a professor in the Chemistry and the Molecular and Cell Biology Departments at the University of California, Berkeley, investigator with the Howard Hughes Medical Institute, and researcher in the Molecular Biophysics and Integrated Bioimaging Division at the Lawrence Berkeley National Laboratory. She is internationally recognized as a leading expert on RNA-protein biochemistry, CRISPR biology, and genome engineering. She lives in the Bay Area. --([Source][1]) [1]: https://www.amazon.com/Crack-Creation-Editing-Unthinkable-Evolution/dp/0544716949/

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OL7396886A

Overview

Catalog identity and bibliographic footprint for this author.

15 representative editions

Author pages in Bookitis are intended to show only works actually attributed to the author and a representative edition for each of those works.

Catalog identity

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Display name
Jennifer A. Doudna
Source identifier
OL7396886A

Featured books

Representative editions for works actually authored by this person.

Works in catalog

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A Crack in Creation
Representative edition published 2020
Open Work
CRISPR-Cas
Representative edition published 2016
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Molecular Cell Biology
Representative edition published 2015
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Molecular biology
Representative edition published 2015
Open Work
LaunchPad for Cox's Molecular Biology
Representative edition published 2015
Open Work
Loose-leaf Version for Molecular Biology
Representative edition published 2015
Open Work
Molecular Biology
Representative edition published 2015
Open Work
Molecular biology : principles and practice - 2. ed.
Representative edition published 2013
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Molecular Biology Principles and Practice
Representative edition published 2011
Open Work
eBook Access Card for Molecular Biology
Representative edition published 2011
Open Work
Coleridge's Political Thought
Representative edition published 1990
Open Work
Achieve for Molecular Biology
Representative edition published 2022
Open Work
Molecular Biology 2e and Achieve for Molecular Biology (1-Term Access)
Representative edition published 2022
Open Work
Loose-Leaf Version for Molecular Biology 2e and Achieve for Molecular Biology (1-Term Access)
Representative edition published 2022
Open Work
Use of CRISPR/cas9, ZFNs, TALENs in Generating Site Specific Genome Alterations
Representative edition published 2014
Open Work