Lucas Argueso (@lucasargueso) 's Twitter Profile
Lucas Argueso

@lucasargueso

Geneticist

ID: 781154633829998592

calendar_today28-09-2016 15:32:32

289 Tweet

231 Followers

161 Following

Lucas Argueso (@lucasargueso) 's Twitter Profile Photo

The week has arrived! It is finally here! The week all scientists wait for all year long! #FatBearWeek ! Let's all vote 151 Walker - This is our year! explore.org/fat-bear-week

Aurèle Piazza (@aurelepiazza) 's Twitter Profile Photo

Here is our latest work in which we developed a method to map ssDNA contacts during DNA break repair in yeast. Homology search is not uniform along the ssDNA, the genome, and over time. We could define the mechanisms of its uneven expansion genome-wide🧵biorxiv.org/content/10.110…

Here is our latest work in which we developed a method to map ssDNA contacts during DNA break repair in yeast. Homology search is not uniform along the ssDNA, the genome, and over time. We could define the mechanisms of its uneven expansion genome-wide🧵biorxiv.org/content/10.110…
Lucas Argueso (@lucasargueso) 's Twitter Profile Photo

I am so excited to read this new work on mutational bursts and systemic genomic instability in yeast! Congratulations @G__Fischer and team!

Marcus Smolka (@marcussmolka) 's Twitter Profile Photo

We have postdoctoral positions open (see ad below). Projects involve DNA damage signaling mechanisms and development of novel approaches to interrogate kinase/phosphatase action in cells. Come join our lab! Please share / apply.

We have postdoctoral positions open (see ad below).

Projects involve DNA damage signaling mechanisms and development of novel approaches to interrogate kinase/phosphatase action in cells.

Come join our lab!

Please share / apply.
Soni Lacefield (@lacefieldlab) 's Twitter Profile Photo

Do you work on chromosome biology and cell cycle in yeast? Join us for an exciting meeting! web.cvent.com/event/f0c82874… Please RT

Do you work on chromosome biology and cell cycle in yeast? Join us for an exciting meeting!  web.cvent.com/event/f0c82874…
Please RT
Lucas Argueso (@lucasargueso) 's Twitter Profile Photo

Celebrating with the lab: 3 DECLINED NSF-GRFPs, 9+ PhD program admission offers, 1 PostDoc job offer. Ups and downs, all part of the journey!

Celebrating with the lab: 3 DECLINED NSF-GRFPs, 9+ PhD program admission offers, 1 PostDoc job offer. Ups and downs, all part of the journey!
Claudia M Carvalho (@cmbcarvalho) 's Twitter Profile Photo

Olá #eshg2024 ! We have a postdoc position open to study #structuralvariation in #rarediseases! Please contact me directly or apply here pnri.org/careers/postdo…

Genetics Society of America (@geneticsgsa) 's Twitter Profile Photo

During #eukaryotic sexual reproduction large segments of homologous chromosomes cross over.  In a new #GENETICS study, researchers identified an interaction between Dmc1 recombinase and endonuclease complex required for crossover resolution in 🍞 yeast: bit.ly/3WibO48

During #eukaryotic sexual reproduction large segments of homologous chromosomes cross over. 

In a new #GENETICS study, researchers identified an interaction between Dmc1 recombinase and endonuclease complex required for crossover resolution in 🍞 yeast: bit.ly/3WibO48
Anna Malkova (@annamalkova14) 's Twitter Profile Photo

Amazing science and traditional hike at FASEB "Genetic Recombination and Genome Rearrangements 2024" conference in Tucson, AZ. Such a beautiful location!!!

Amazing science and traditional hike at FASEB "Genetic Recombination and Genome Rearrangements 2024" conference in Tucson, AZ.  Such a beautiful location!!!
Genetics Society of America (@geneticsgsa) 's Twitter Profile Photo

New #GENETICS paper from Gus Waneka, Dan Sloan et al shows UV damage produces #mitochondrial DNA of specific length occurring at characteristic locations. Read more about how this work can unravel new mitochondrial DNA degradation & repair mechanisms: bit.ly/4f3Cxsl

New #GENETICS paper from <a href="/GusWaneka/">Gus Waneka</a>, <a href="/SloanEvoLab/">Dan Sloan</a> et al shows UV damage produces #mitochondrial DNA of specific length occurring at characteristic locations. 

Read more about how this work can unravel new mitochondrial DNA degradation &amp; repair mechanisms: bit.ly/4f3Cxsl