zohar mukamel

Associate staff scientist, Weizmann Institute of Science.

[zohar mukamel @ZMukamel]

Our work on the functional role of DNMT3A/3B during early development is finally out!
Grateful for the opportunity to work with Amos Tanay, gratitude for the collaboration with @aviezer_l, and thanks to the Tanay group members @WeizmannScience @NatureSMB
https://t.co/JvM3uO6kJJ

[Mukamelab @mukamelab]

Check out this fascinating work by our very own Hadar, @BatelBuaron , Roni and Shalev, and the beautiful cover Batel designed! So proud!

https://t.co/rQ0qRuVahj

[Jacob (Yaqub) Hanna - يعقوب حنا @jacob_hanna]

📣 Our fun journey continues - latest lab preprint is now out in @Nature
Check out in great detail how we derive Complete and Structured human day 14 post-implantation embryo models (SEMs) solely from unmodified HENSM naïve ESCs
@Beroldak @EmilieWildschu1 @vlad_bndk @noashefi
https://t.co/NTGdYvsCKb

[Igor Ulitsky @IgorUlitsky]

📢📜🐣New Ulitsky lab paper alert! "Complex regulation of Eomes levels mediated through distinct functional features of the Meteor long non-coding RNA locus" by Noa Gil et al. https://t.co/gPdxtiovg6 a 🧵

[zohar mukamel @ZMukamel]

@IgorUlitsky Congratulations!!!👏

[Arnau Sebé Pedrós @ArnauSebe]

We are looking for a senior research technician to help us consolidate and further develop single-cell, chromatin, and functional genomics technologies in the lab.

🔗Details and application: https://t.co/zmHF5teV7X

Please, RT or share with potential candidates.

[Eyal Karzbrun @EyalKarzbrun]

A new center for soft matter and physics of life at @WeizmannScience. Our community is truly interdisciplinary, with many exciting research and education programs. Come join us! https://t.co/HYuDVbWL80

[zohar mukamel @ZMukamel]

@KarinaYaniv @EyalKarzbrun @aviezer_l @WeizmannScience @NatureSMB Thanks Karina

[zohar mukamel @ZMukamel]

Our work on the functional role of DNMT3A/3B during early development is finally out!
Grateful for the opportunity to work with Amos Tanay, gratitude for the collaboration with @aviezer_l, and thanks to the Tanay group members @WeizmannScience @NatureSMB
https://t.co/JvM3uO6kJJ

[zohar mukamel @ZMukamel]

@emukamel Hey Eran, Toda!

[zohar mukamel @ZMukamel]

@Avellino_R @aviezer_l @WeizmannScience @NatureSMB Thank you Roberto

[zohar mukamel @ZMukamel]

@SapirTamar @aviezer_l @WeizmannScience @NatureSMB Thanks Tamar!

[zohar mukamel @ZMukamel]

We will have to generalize such models of redundancy, competition, and multi-layered control to understand how TFs and other epigenetic factors drive the incredibly robust and precise gene regulation programs in gastrulation. (15/15)

[zohar mukamel @ZMukamel]

We are studying different aspects of gastrulation, and the diversity of the regulation/function of seemingly redundant DNMTs is insightful. It shows how small but quantitative variation in epigenetic preferences can be combined into broader phenotypes. (14/15)