Tatiana Moiseeva

@[email protected]
29 Followers
38 Following
40 Posts
looking at replication origin firing in human cells
lab websitehttps://moiseevalab.com/
twitterhttps://twitter.com/Tat1anaMoiseeva
scholarhttps://scholar.google.com/citations?user=NtQe0-MAAAAJ
Tatiana MoiseevaApr 16, 2023
RT @NynkeDekkerLab
Our paper on the dynamics of CMG reconstituted at the single-molecule level via the origin-based pathway is out in Nature Communications! Here is the link: https://rdcu.be/c9T0T
Hope you enjoy it!
Tatiana MoiseevaApr 15, 2023
RT @V_Gottifredi
I am happy to share our newest findings (SciAdv, https://www.science.org/doi/10.1126/sciadv.ade7997#.ZDmXFpcVjlE.twitter ). We report that Pol iota’s principal role is not TLS. 🧵 (1/12)
Tatiana MoiseevaApr 5, 2023
RT @robertobellell1
We have a post-doc position in our lab at @QMBCI funded by @acmedsci. An exciting project at the interface between genetic and epigenetic stability. Apply now if you are interested ! Please RT https://www.jobs.ac.uk/job/CYW090/postdoctoral-research-assistant
Postdoctoral Research Assistant at Queen Mary University of London

Jobs.ac.uk
Tatiana MoiseevaApr 2, 2023

RT @antonywoliver
Super collaborative effort involving many labs + teams. Huge thanks to Matt Day and Dominik Boos for leading the way, and to everyone else for having faith and holding on!

https://doi.org/10.1101/2023.03.31.535063

Tatiana MoiseevaApr 2, 2023
RT @GS_Lab_Bham
@antonywoliver Great work!
Show threadTatiana MoiseevaApr 2, 2023
Here's some real water
Tatiana MoiseevaApr 2, 2023
Honestly, all agarose gels come up when I search "water" in my google photos....🤣
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RT @hankgreen
Search "water" in your camera roll and quote with the best pic. https://twitter.com/MatthewGaydos/status/1642366087638683648 https://t.co/kVzBm3znKQ
https://twitter.com/hankgreen/status/1642391312388493312
Matthew Gaydos on Twitter

“Search "water" in your camera roll and quote with the best pic.”

Twitter
Tatiana MoiseevaMar 30, 2023
RT @merrikh_houra
I’m so proud of this work. It’s finally out! This collaborative work with Paul Wiggins puts forth a method for locus-specific measurements of fork velocity, in units of kilobases per second, as well as replisome pause durations. https://www.nature.com/articles/s41467-023-37456-2
The in vivo measurement of replication fork velocity and pausing by lag-time analysis - Nature Communications

Lag-time analysis was developed to measure in vivo replisome dynamics. Observed dynamics are both locus and cell-cycle dependent: Pauses of seconds are observed at wild-type ribosomal DNA loci, as well as temporal fork velocity oscillations.

Nature
Tatiana MoiseevaMar 30, 2023

How would you like to publish in Nature Cell and Science?🤣 All at the same time! Does it count as three CNS publications at a time?

Spherical spam in vacuum, the classic

Tatiana MoiseevaMar 30, 2023
RT @HelenGrimsley
Our new paper is out now on bioRxiv! We utilized the Tus/Ter system as a site specific replication fork block in human cells to study local ATR checkpoint signaling. @doublemutant93 @ManishaJalan @simonpowell213 https://twitter.com/biorxivpreprint/status/1640207362492448770
bioRxiv on Twitter

“A local ATR-dependent checkpoint pathway is activated by a site-specific replication fork block in human cells https://t.co/6JpG8Hu59u #bioRxiv”

Twitter