Please RT. Postdoc positions available in the Zhao Lab at Sloan Kettering Cancer Institute to study DNA replication, recombinational repair, SUMO, & Smc5/6. Be part of our fantastic group & live in the phenomenal NYC! More info below. Contact me at zhaox1@mskcc.org if interested.

RT @YuanHeLab: Excited to relocate my lab to @JohnsHopkins and join as a @JHU_BDPs! We are actively recruiting at all levels—seeking talent….

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RT @Fusion_Conf: 🚨 #Recombination25 Reminder! 🚨.Early Bird Registration & Talk Submission deadline is approaching! 🗓️.🌟We're excited to ann….

RT @Fusion_Conf: @ZhaoLab_SKI we are looking forward to your presentation at #Recombination25 in Crete next May🌞.Please RT to let your foll….

Congrats to all postdocs who submitted amazing photos. A special shot out for our very own Cory @chaluska18. His winning picture shows a beautiful view that we are lucky to see in our cool neighborhood!.

RT @chongyi_chen: Happy to share our work about DNA supercoiling, an understudied physical feature of the double helix and the chromatin. 1….

👇 This is just out in Genes Dev (DOI: 10.1101/gad.351667.124). Worthwhile to note that the human telomere SUMO-Repair team resembles those in yeasts; checkout a recent review by Gasser and Stutz discussing SUMO-Repair and their roles in telomeres (DOI: 10.1002/1873-3468.14751).

RT @CatherineFreije: 📢We are looking for a research assistant to join our team developing methods and animal models to study host-virus int….

RT @Chapman_lab_UK: 1/2 We have just advertised a post-doc position, looking for someone to investigate how DNA replication and repair -dep….

RT @AguileRloop: From RNA metabolism to genome integrity, what do we know?.@unisevilla @CSIC . .

RT @schong_ustc: My lab @CaltechCCE is #hiring! Looking for a postdoc to join us in sunny Pasadena and tackle questions related to IDPs, ph….

RT @embojournal: The SMC5/6 complex prevents genotoxicity upon APOBEC3A-mediated replication stress..

here is the link to the article .

The data also reveal Smc5/6 features distinct from cohesin and condensin SMCs. These include Nse2-wedge, Nse6-hook, a pseudo-elbow, and an open-head conformation. More about the features and their contributions to Smc5/6 functions are detailed in the paper. Happy Reading 😃.

This work provides insights into the assembly principles of Smc5/6. It also shed lights on the structural basis for the Nse5–6 and Nse1–3–4 antagonism in regulating the ATPase activity of the complex, which could afford a regulatory means for it to perform different functions.

🔥🔥Excited to share a new publication at NSMB describing Smc5/6 structures in 3 states throughout the entire length of the complexes and functional studies. Great to work with Lanfeng Wang's lab, and congrats to all authors, including our own #chaluska1.

RT @MarcusSmolka: How does DNA damage signaling suppress chromosomal rearrangements?. Check our recent paper just out in EMBO Journal. Mu….

RT @MarcusSmolka: Keeping DNA damage signaling under control. This interesting new work from @ZhaoLab_SKI goes deep into the checkpoint da….

This work was led by outstanding @MSKEducation postdocs Drs. Jiayi Fan and @nalinidhingra with great contributions from undergraduates @itstammyyang and Vicky Yang @Hunter_College. Many more questions to be asked and would love to hear your feedback.

👇 Our new work on how cells regulate checkpoint recovery. Many studies have shown how cells turn on the DNA damage checkpoint, but less is known about how cells turn off it to reverse the stress response. Check out the preprint for new insights. 1/

RT @ddawsonBiology: Please retweet:.The 2024 Yeast Chromosome Biology and Cell Cycle Meeting is excited to have received a a generous grant….