We have a fully-funded postdoc position available! Please see below for a detailed description of the position if you are interested in joining our team 👇
In this study, @mxz0309 et al. @ZhaoLab_SKI describe how an antagonistic balance between Pol2’s exonuclease- and POPS-domain activities direct polymerase movement and genome replication in yeast. Read more about it here:
➡️https://t.co/WQqPGgcHE0
1/3 In case you missed tweets from @Shibai6, @InLiuOfBulkExps, checkout our collaborative work to address how the multi-functional Smc5/6 binds to different forms of DNA - hard to tackle for a large filamentous complex but single mol approach works well. https://t.co/BmrxROHszd
Happy to share our latest paper online just before thanksgiving day @NatureComms ! It’s such a great collaboration experience between @InLiuOfBulkExps and @ZhaoLab_SKI. Thanks to Shixin and Xiaolan, also learned a lot from Jeremy! https://t.co/WV1AzzoKGG
Excited to see our latest paper published in @NatureComms! Here, we use single-molecule fluorescence & force microscopy to study the interaction of Smc5/6, a conserved eukaryotic SMC complex essential for genome maintenance, with different types of DNA 1/n https://t.co/MCGjcIW9CI
Excited to see our latest paper published in @NatureComms! Here, we use single-molecule fluorescence & force microscopy to study the interaction of Smc5/6, a conserved eukaryotic SMC complex essential for genome maintenance, with different types of DNA 1/n https://t.co/MCGjcIW9CI
Just got back from a great conference #GRGR22. Thank you to Xiaolan @Zhaolab_SKI and Neil @HunterMeiosis for putting together and giving me the opportunity to serve every speaker as the projectionist.
I'm extremely excited to share our work uncovering the role of ORC sumoylation in fine-tuning origin licensing! Many thanks to our collaborators
@CatherineFoxLa1 @LabRemus @nbhagwat @HunterMeiosis and of course @ZhaoLab_SKI
1/3
https://t.co/H32eVo8PKB