Claudia Carcamo

Graduate Student

[Alberto Marin-Gonzalez @AlbertoMarinG1]

How do chromatin loops help repair our genome?
Check out the review article that @taekjip and I wrote on the topic!
https://t.co/BPhItInxQV

[Taekjip Ha @taekjip]

It was an honor to work for you, Claudia! Congratulations on your beautiful thesis work.

[Claudia Carcamo @ClauCleoCar]

@taekjip Thank you, TJ 🙏🏼🤓

[Claudia Carcamo @ClauCleoCar]

Proud to announce my latest preprint, the culmination of my dissertation research defended two weeks ago! As co-first author, I'm excited to share the "dynamic 1D search and processive nucleosome translocations by RSC and ISW2 chromatin remodelers". https://t.co/EkMjg7qGgF

[Taekjip Ha @taekjip]

Look at this awesome processivity of chromatin remodeling enzymes! Green for nucleosomes and red for remodellers (RSC & ISW2). Note that we had to strobe green excitation for Cy3 due to its rapid photobleaching whereas JFX554 (@rhodamine110) survives the entire episode.

[Claudia Carcamo @ClauCleoCar]

A well deserved accomplishment for this outstanding young investigator! Congrats @AlbertoMarinG1 & @rogerszou for the exciting work already paving the way for many more.

[Alberto Marin-Gonzalez @AlbertoMarinG1]

My first postdoc paper with @taekjip is now out in @NatureCellBio! We developed multi-target CRISPR to measure Cas9 dynamics and DSB repair in high-throughput. Huge thanks to @rogerszou and @taekjip for their support and guidance, and to @yliu_UofU, @kalhorlab, @LeoLShen!

[Taekjip Ha @taekjip]

This is an award winning research.🥳 @ClauCleoCar received a best poster award at the single molecule Gordon conference.

[Taekjip Ha @taekjip]

Claudia Carcamo @BCMB_JHMI had a beautiful work her discovery of 1D diffusion of a chromatin remodeler published in @eLife. Wonderful collaboration with Carl Wu!
https://t.co/t1arlhvC17

[Taekjip Ha @taekjip]

ATP Binding Facilitates Target Search of SWR1 Chromatin Remodeler by Promoting One-Dimensional Diffusion on DNA https://t.co/6bQf4Sj9mk

[Patrick Cramer @mpgpresident]

Our structures of nucleosome-bound Yamanaka factor Sox2 and Sox11 elucidate how pioneer factors invade chromatin for differentiation and development.
https://t.co/ypkUInxsGu