Vidhya K

Biologist, amateur yogi, runner, experimental cook, #environmentalist, Postdoc @PennMedicine, ATPases, ubiquitin, DNA replication-repair

[Vidhya K @vidhya_k7]

Very excited to see our work on replisome proteostasis by 55LCC published in @CellCellPress . Great collaboration with @FoglizzoMartina @zeqiraj @RobertLDilley @arindam_datta1

[Roger Greenberg @RogerRogergr]

We're excited to report a new mechanism of replisome proteostasis https://t.co/IjX0wEHkK5. 55LCC ATPase/unfoldase complex dependent replisome turnover prevents chromosome instability. Great collaboration by @vidhya_k7 and @RobertLDilley with @FoglizzoMartina and @zeqiraj.

[Tianpeng Zhang @zhtianp2]

The Zhang Lab website is online now: https://t.co/oyZOlb7qxC. We are interested in Genome Integrity Maintenance within Repetitive Sequences.

[Vidhya K @vidhya_k7]

@FoglizzoMartina @AstburyCentre @UniLeeds Congratulations Martina!

[priyanka verma @priyanka13verma]

Thrilled to share the first manuscript from Verma Lab! We uncover that cleavage of abasic sites represents a new approach to enhance PARP inhibitor sensitivity. Thankful to the perseverance and hard work of my students @natasha_m_r and @LindseyA2000
https://t.co/wX2AQvAgiV

[Vidhya K @vidhya_k7]

@zhtianp2 @UVA Congratulations Tianpeng! Looking forward to great discoveries from your lab!

[Tianpeng Zhang @zhtianp2]

I’m thrilled to share that I will be joining Department of Radiation Oncoloy (and BMG) @UVA as AP this August. The Zhang Lab will study genome integrity maintenance within repetitive genome regions. I am grateful to the mentorship from postdoctoral supervisor@RogerRogergr and

[Tianpeng Zhang @zhtianp2]

Our recent study was featured as cover story on Molecular Cell. @HaoyangJiang2 is not only great scientist, but also excellent artist.

[Johannes Walter @FrogWalterLab]

Please RT: The Walter lab at Harvard seeks computational biologists to extend our work using AlphaFold to find new protein-protein interactions. Contact [email protected]
https://t.co/I5QFibpBbZ
https://t.co/4qopg4hSXk

[Cell @CellCellPress]

In the latest issue! The SPATA5-SPATA5L1 ATPase complex directs replisome proteostasis to ensure genome integrity https://t.co/MVlpEHCkHM

[Tianpeng Zhang @zhtianp2]

We are thrilled to share our latest studies showing how BLM helicase drives ALT (alternative lengthening of telomeres). A great teamwork with Dr. Haoyang Jiang @HaoyangJiang2; again, a lot of fun collaboration with Dr. Patrick Sung team @PatrickSungLab.

[Haoyang Jiang @HaoyangJiang2]

Excited to report our findings on how BLM helicase promotes alternative lengthening of telomeres. Amazing teamwork with Tianpeng (@zhtianp2) and thank everyone from Roger’s lab (@RogerRogergr UPENN) and Patrick’s lab (@PatrickSungLab UTHSCSA)! https://t.co/HDAyY5xuYV

[Roger Greenberg @RogerRogergr]

Please see our latest findings on how BLM helicase orchestrates the damage response that executes Alternative Lengthening of Telomeres. https://t.co/44bhu2lYZr. Great work from Haoyang @HaoyangJiang2 and Tianpeng @zhtianp2 in collaboration with Hardeep Kaur and Patrick Sung.

[Vidhya K @vidhya_k7]

@RogerRogergr @HaoyangJiang2 @zhtianp2 Congratulations Haoyang, Tianpeng, Roger and team!

[Penn Medicine CSO @PennMedCSO]

New research identifies a key quality-control mechanism in DNA replication ft. @RogerRogergr, @vidhya_k7, @RobertLDilley (@Penn_CBIO/ @PennCancer/ @PennGenomeInteg), @zeqiraj & @FoglizzoMartina (@UniversityLeeds) https://t.co/7qHGQiUytH

[Cell @CellCellPress]

Now online! The SPATA5-SPATA5L1 ATPase complex directs replisome proteostasis to ensure genome integrity https://t.co/tMROSDOy5H

[priyanka verma @priyanka13verma]

So delighted to see this beautiful work out! Well deserved recognition for all the hard work by @vidhya_k7 @RobertLDilley @RogerRogergr

[Vidhya K @vidhya_k7]

@zeqiraj @FoglizzoMartina @RobertLDilley Thank you Elton! It has been an amazing collaboration with you and @FoglizzoMartina

[Vidhya K @vidhya_k7]

@RobertLDilley @RogerRogergr @zeqiraj @FoglizzoMartina Thanks so much Robert! You started this amazing journey and your inputs throughout have been invaluable!

[Roger Greenberg @RogerRogergr]

Please also see: https://t.co/clEigDWGAv

[Penn Center for Genome Integrity @PennGenomeInteg]

Collaboration between PCGI Director Roger Greenberg (@RogerRogergr UPENN) and Elton Zeqiraj (@zeqiraj Leeds) reports a new mechanism that ensures replication fidelity. https://t.co/jwU6JEKZ8m

[Vidhya K @vidhya_k7]

@arindam_datta1 @CellCellPress @FoglizzoMartina @zeqiraj @RobertLDilley Thank you Arindam!

[Vidhya K @vidhya_k7]

Very excited to see our work on replisome proteostasis by 55LCC published in @CellCellPress . Great collaboration with @FoglizzoMartina @zeqiraj @RobertLDilley @arindam_datta1

[Roger Greenberg @RogerRogergr]

We're excited to report a new mechanism of replisome proteostasis https://t.co/IjX0wEHkK5. 55LCC ATPase/unfoldase complex dependent replisome turnover prevents chromosome instability. Great collaboration by @vidhya_k7 and @RobertLDilley with @FoglizzoMartina and @zeqiraj.