William Gibson (@wgibson) 's Twitter Profile
William Gibson

@wgibson

MD, PhD | Gibson Lab @DanaFarber | Broad Institute | Genomics+Chemical Biology

ID: 24739571

linkhttp://gibsonlab.org calendar_today16-03-2009 18:17:37

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William Gibson (@wgibson) 's Twitter Profile Photo

This first-in-class CCNE1 degrader from Monte Rosa is really impressive. It's a molecular glue that finds a shallow pocket on CCNE1 and displays cooperative binding to CRBN, w/ EC50 of 3 nM for the ternary complex. Highly specific CCNE1 degradation. ir.monterosatx.com/static-files/d…

This first-in-class CCNE1 degrader from Monte Rosa is really impressive. 

It's a molecular glue that finds a shallow pocket on CCNE1 and displays cooperative binding to CRBN,  w/ EC50 of 3 nM for the ternary complex.

Highly specific CCNE1 degradation.

ir.monterosatx.com/static-files/d…
William Gibson (@wgibson) 's Twitter Profile Photo

Fascinating work showing that the covalent addition of a nuclear importing compound, JQ1, to therapeutic oligonucleotides enhances their activities by enhancing nuclear penetration.

Ananthan Sadagopan (@sadagopan_a) 's Twitter Profile Photo

I've really enjoyed working with Will the past few years and would highly recommend his lab to anyone interested in chem bio/cancer bio

William Gibson (@wgibson) 's Twitter Profile Photo

The first time I saw "metformin effect" on a PET/CT for one of my patients, I was bowled over; it is not subtle. Now some quantification of how metformin causes the gut to excrete glucose, maybe a hint at its mechanism of action. ***How does a molecule like that achieve this!?

The first time I saw "metformin effect" on a PET/CT for one of my patients, I was bowled over; it is not subtle. Now some quantification of how metformin causes the gut to excrete glucose, maybe a hint at its mechanism of action.

***How does a molecule like that achieve this!?
NEJM (@nejm) 's Twitter Profile Photo

Gillmore and colleagues report 24-month results from a phase 1 study of nexiguran ziclumeran, a CRISPR gene-editing approach to treating hereditary transthyretin amyloidosis with polyneuropathy. Full study results: nej.md/46Qhur7 #Neurology #Genetics

Gillmore and colleagues report 24-month results from a phase 1 study of nexiguran ziclumeran, a CRISPR gene-editing approach to treating hereditary transthyretin amyloidosis with polyneuropathy. Full study results: nej.md/46Qhur7 

#Neurology #Genetics
William Gibson (@wgibson) 's Twitter Profile Photo

Algorithmic inference from large scale functional genomic screens may now generate actionable insights into tumors too rare to profile directly. Excellent work from Ananthan Sadagopan and Srinivas Viswanathan