Noam Nago

[Ariel Kaplan @akaplanz]

🧵New preprint! How does an elongating RNA polymerase deal with a DNA-bound transcription factor in its path?

We developed a label-free single-molecule assay that detects RNAP arrival by suppression of fluctuations in a partially unzipped DNA fork.
https://t.co/L8Oscmt02P
1/

[Noam Nago @Noamnago]

I'm trying to win a DS-11 FX+ Spectrophotometer / Fluorometer from @denovix, recipient of the SelectScience Diamond Seal of Quality! https://t.co/BoeWjCoI7x #DeNovix #DiamondDS11

[Ariel Kaplan @akaplanz]

🧵
1/
New preprint!
How do transcription factors (TFs) use intrinsically disordered regions (IDRs) to find their target sites?

https://t.co/ugZ1oQV4gu
#TranscriptionFactors #IDPs #SingleMolecule #Biophysics

[Ariel Kaplan @akaplanz]

Postdoctoral fellowships from the Azrieli Foundation.
Join us to use cutting-edge single-molecule biophysics to study transcription regulation!
https://t.co/sG37VjgIde

[Slava Bobrov @slava__bobrov]

How gene transcription works. DNA to RNA:

#biology by D. Berry

[Noam Nago @Noamnago]

@LabPMelamed @akaplanz great poster! very inspiring @MSudman

[Ariel Kaplan @akaplanz]

**לא בבית ספרנו** סגל הטכניון יוצא במסר תמיכה חד משמעי בסטודנטים/ות ועובדי/ות הטכניון, תהיה דתם, נטייתם המינית וזהותם המגדרית אשר תהיה ומתנגדים להפצת שנאה, היררכיה הדרה ולהפרדה מגדרית .

https://t.co/zNjck3Kiw8

[Ariel Kaplan @akaplanz]

Interested in single-molecule methods to study #chromatin dynamics and #transcription?
We have a #postdoc opening in the lab, and the Zuckerman Postdoctoral Fellowship is an excellent opportunity.
https://t.co/Itl4mtfXuX
For more info: https://t.co/em4X1TXdkY

[Lucas Farnung @LucasFarnung]

During nucleosome passage, Pol II causes loss of H2A-H2B dimers from the nucleosome, resulting in hexasome formation. We provide structural evidence for this process and observe that Pol II backtracks upon encountering nucleosomal barriers @MolecularCell.
https://t.co/FVvsNUKPu9

[Noam Nago @Noamnago]

@Warpitztuna כריש

[Ariel Kaplan @akaplanz]

How do ATP molecules rapidly reach their catalytic sites in the ultrafast helicase RecBCD?
Our new publication, in collaboration with Arnon Henn’s and @KleifeldO, is now out in @NatureComms:
“Auxiliary ATP binding sites support DNA unwinding by RecBCD” 1/n
https://t.co/hxGV7Ii8Lh

[עידו נגו @nago_i]

אני חושב שאנחנו לא מעריכים מספיק את הצרפתים על זה שכבר חלפו 7 שעות מפתיחת המלחמה והם עדיין לא הודיעו על כניעה

[Sergei Rudnizky @nucleosomezky]

Single molecule characterization of the binding kinetics of a transcription factor and its modulation by DNA sequence and methylation https://t.co/p1DkKuqDN1 Congratulations @Hadeel_Khamis8!

[Noam Nago @Noamnago]

@amirp92 תאמין לי אלה יודעים באיזה צד החמאה מרוחה... בנושא אחר, נסה לכבות את הטלוויזיה קצת...

[Molecular Cell @MolecularCell]

Extended and dynamic linker histone-DNA Interactions control chromatosome compaction https://t.co/x34WJchF9N

[Noam Nago @Noamnago]

@amirp92 חלק מהריקוד... יום אחד תלמד

[Tom Moylan @moylato]

Never meet your heroes

[Noam Nago @Noamnago]

@smolan_with_s אה כן? @amirp92 עשה רייז