Alexandra G. Chivu (@alexachivu) 's Twitter Profile
Alexandra G. Chivu

@alexachivu

PhD student in Genomics, Genetics and Development at Cornell University
Lis & Danko labs

ID: 1150775312520810497

calendar_today15-07-2019 14:33:09

112 Tweet

164 Followers

462 Following

Jun Liu MD PhD (@junliumdphd) 's Twitter Profile Photo

👇Please VOTE for the #pathology team!👇 Help us #advocate for 💊#medicationsafety, #cancer companion #diagnostics🔬,and #precisionmedicine - and demonstrate the important roles #pathologists play in patient care! briihub.survey.fm/2022-bright-fu… #PathTwitter #MedTwitter #CancerResearch

👇Please VOTE for the #pathology team!👇
Help us #advocate for 💊#medicationsafety, #cancer companion #diagnostics🔬,and #precisionmedicine - and demonstrate the important roles #pathologists play in patient care! briihub.survey.fm/2022-bright-fu…

#PathTwitter #MedTwitter #CancerResearch
Stowers Research Conferences (@stowers_src) 's Twitter Profile Photo

All #SRC speakers are invited to present in tandem with trainees from their labs This October, Harmit S. Malik and postdoc @PravruthaRaman from Fred Hutch Cancer Center will co-present: Genetic innovation in centromeric histone H3 (cenH3) variants Register by Oct 19th: stowers.org/conferences/sr…

All #SRC speakers are invited to present in tandem with trainees from their labs

This October, <a href="/HarmitMalik/">Harmit S. Malik</a> and postdoc @PravruthaRaman from <a href="/fredhutch/">Fred Hutch Cancer Center</a> will co-present: Genetic innovation in centromeric histone H3 (cenH3) variants

Register by Oct 19th: stowers.org/conferences/sr…
Thomas Graham (@tgwgraham) 's Twitter Profile Photo

Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)

Proximity-assisted photoactivation (PAPA) is a new way to detect protein-protein interactions in live-cell imaging, which uses excitation of a “sender” dye like JF549 to reactivate a “receiver” dye like JFX650 from a dark state. elifesciences.org/articles/76870 (1/7)
Andrew Modzelewski 🧬🐁🔬 (@themodzlab) 's Twitter Profile Photo

Truly innovative dual-talk about centromere innovation from the lab of Harmit S. Malik. Impressive Covid-Project by @PravruthaRaman, an inspiration to us all! Stowers Institute #StuckOnRepeat

Truly innovative dual-talk about centromere innovation from the lab of <a href="/HarmitMalik/">Harmit S. Malik</a>. Impressive Covid-Project by @PravruthaRaman, an inspiration to us all! <a href="/ScienceStowers/">Stowers Institute</a> #StuckOnRepeat
Alexandra G. Chivu (@alexachivu) 's Twitter Profile Photo

Flagship Pioneering Fellowship was a great learning experience. If you're interested in applying, check out their virtual info session

Rockefeller University (@rockefelleruniv) 's Twitter Profile Photo

It is with heavy hearts that we announce the passing of our beloved colleague and friend, C. David Allis. Aside from his groundbreaking contributions to biomedical science, David will be remembered for his warmth, humility, and relentless optimism.

It is with heavy hearts that we announce the passing of our beloved colleague and friend, C. David Allis. Aside from his groundbreaking contributions to biomedical science, David will be remembered for his warmth, humility, and relentless optimism.
bioRxiv Genomics (@biorxiv_genomic) 's Twitter Profile Photo

PRO-IP-seq Tracks Molecular Modifications of Engaged Pol II Complexesat Nucleotide Resolution biorxiv.org/cgi/content/sh… #biorxiv_genomic

Matvei Khoroshkin (@khorms57) 's Twitter Profile Photo

RNA folding affects gene expression, but this link is not well explored in Eukaryotes. We researched RNA structural switches and discovered hundreds of them in the human transcriptome. We even visualized some of their 3D folds with CryoEM. Thread below: biorxiv.org/content/10.110…

RNA folding affects gene expression, but this link is not well explored in Eukaryotes. We researched RNA structural switches and discovered hundreds of them in the human transcriptome. We even visualized some of their 3D folds with CryoEM. Thread below: biorxiv.org/content/10.110…
Charles Danko (@charlesdanko) 's Twitter Profile Photo

Our latest, by Adriana Alexander, explores how cells balance transcription and recombination. A fabulous collaboration with @cohen_lab. nature.com/articles/s4146…

Charles Danko (@charlesdanko) 's Twitter Profile Photo

Our latest paper - now published in its final form Nature Genetics - examines long-standing questions about enhancer-promoter communication. nature.com/articles/s4158… A brief thread with the key results is below.

Gopal Chovatiya (@chovatiya_gopal) 's Twitter Profile Photo

Thrilled to share our recent paper Nature Communications on unexpected heterogeneity of VE-cadherin lineage and role of established vasculature factors in homeostatic nerve remodelling. Kudos to all co-authors and much thanks to Doina Tumbar for unwavering support. nature.com/articles/s4146…