Rosenzweig Lab (@lab_rosenzweig) 's Twitter Profile
Rosenzweig Lab

@lab_rosenzweig

We use advanced NMR, biophysical, and biochemical approaches to study the structure, dynamics, and interactions of molecular chaperones. Ran by group members.

ID: 1232624474777964545

linkhttp://www.weizmann.ac.il/Structural_Biology/Rosenzweig/home calendar_today26-02-2020 11:12:44

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Rosenzweig Lab (@lab_rosenzweig) 's Twitter Profile Photo

One of the perks of getting the Blavatnik award is a professional clip of our lab! Check it out! (It's in Hebrew, but there are subtitles): youtu.be/oe1ZsjoOL1E Blavatnik Awards

Rosenzweig Lab (@lab_rosenzweig) 's Twitter Profile Photo

Instead of a regular group meeting, and in light of the current situation here in Israel, we volunteered today helping the local agriculture. We picked, cleaned and packed garlic!

Instead of a regular group meeting, and in light of the current situation here in Israel, we volunteered today helping the local agriculture. We picked, cleaned and packed garlic!
Rosenzweig Lab (@lab_rosenzweig) 's Twitter Profile Photo

A bit of good (scientific) news: our paper about disease related mutations in DNAJB6 is out! 🥳 Congratulations to Meital and Dar and thanks to Meital Oren-Suissa and Yehuda for a wonderful and fruitful collaboration🪱 nature.com/articles/s4146…

Ora Furman Lab 🎗 (@furmanlab) 's Twitter Profile Photo

🥳 Our paper on the interaction between E2 and E3 of ufmylation has been published! In collaboration with ReuvenWienerLab and Rosenzweig Lab Congratulations to Sayanika Banerjee and Julia Varga 🎗 Take a look 👉 doi.org/10.15252/embr.…

Rosenzweig Lab (@lab_rosenzweig) 's Twitter Profile Photo

We are very excited with the release of our latest paper lead by Guy Zoltsman about a new and unique chaperoning mechanism found in class A JDPs, and its connection to oncogenic p53 mutants. It was great to work again with Bukau Lab and Anne Wentink! cell.com/molecular-cell…

D. Flemming Hansen (@dflemminghansen) 's Twitter Profile Photo

Happy to share our DNNs to transform crowded methyl HSQC spectra of large proteins into spectra akin to Methyl-TROSY is out in Nature Communications Scripts & weights available on GitHub / Zenodo. #NMRChat Gogs vaibhav shukla UCL Faculty of Life Sciences The Francis Crick Institute rdcu.be/dKJGq

Happy to share our DNNs to transform crowded methyl HSQC spectra of large proteins into spectra akin to Methyl-TROSY is out in <a href="/NatureComms/">Nature Communications</a>

Scripts &amp; weights available on GitHub / Zenodo.

#NMRChat <a href="/gogulan_k/">Gogs</a>  <a href="/bhu_vaibhav/">vaibhav shukla</a>  <a href="/UCLLifeSciences/">UCL Faculty of Life Sciences</a> <a href="/TheCrick/">The Francis Crick Institute</a> 

rdcu.be/dKJGq
Weizmann Institute (@weizmannscience) 's Twitter Profile Photo

In a new study, Rosenzweig Lab researchers have uncovered a mechanism by which chaperones protect a protein with a cancerous mutation. Their findings, published in Molecular Cell Press, could lead to development of new, targeted cancer treatments >> bit.ly/pin-cancer-Eng

In a new study, <a href="/lab_rosenzweig/">Rosenzweig Lab</a> researchers have uncovered a mechanism by which chaperones protect a protein with a cancerous mutation. Their findings, published in Molecular <a href="/CellPressNews/">Cell Press</a>, could lead to development of new, targeted cancer treatments &gt;&gt; bit.ly/pin-cancer-Eng