Science
Emmanuelle Charpentier
RNA and CRISPR researcher
Also known as E. Charpentier
Photograph · Image credit
Who they are
Emmanuelle Charpentier was a corresponding author of the 2012 study showing how RNA guides Cas9 to selected DNA. The collaboration included Jennifer Doudna, Martin Jinek and other researchers. Its engineered single-guide experiments demonstrated programmable cleavage in vitro and proposed a route toward genome editing.
Her contribution belongs to the timeline’s history of molecular tools and biological understanding.
Selected contributions
- Coauthored the 2012 RNA-guided Cas9 study and served as a corresponding author.Source ↗
Selected works
Academic paper · 2012 · Peer-reviewed article; author manuscript
A programmable dual RNA-guided DNA endonuclease in adaptive bacterial immunity
Jinek and colleagues explain RNA-guided Cas9 cleavage and test an engineered single guide against DNA in vitro. The paper presents programmable genome editing as a possible application, rather than an already demonstrated therapy.
Science article published online June 28, 2012; issue date August 17, 2012.
Reading scope & citation
Reuses documented prior inspection: Specific mechanism, engineered-guide, conclusion and byline passages inspected; supplementary experiments not comprehensively reviewed. Reuses the input’s documented prior inspection: Specific mechanism, engineered-guide, conclusion and byline passages inspected; supplementary experiments not comprehensively reviewed. No fresh full-work reread in this directory pass. Fresh first-page byline, equal-contribution note, affiliations, abstract and repository metadata read; earlier documented mechanism/conclusion inspection reused. Supplements not audited.
In the timeline
Biography sources & portrait credit
- A programmable dual RNA-guided DNA endonuclease in adaptive bacterial immunity ↗Science; author manuscript hosted by UC Berkeley eScholarship
Portrait credit
Bianca Fioretti, Hallbauer & Fioretti. CC BY-SA 4.0. Via Wikimedia Commons.
Photograph. Cropped to 4:5, resized to 320 × 400 and converted to WebP.