Multi-equilibria systems offer a highly regulated control over pathway selection & switching.
End-result: chemical platform to discover new reactions, targets, and opportunities
Credit @RAJIB__MOLLA, @Dwaipayan_13, and team at @chm_iiserb, @iiserbhopal
https://t.co/cl38RaCJ9g
A multi-equilibria system can unlock ๐ new biological opportunities for covalent modification.
A heartfelt thanks to Prof. Rai @vishal_iiserb for his unwavering support and special thank to my all the coauthors and collaborators, whose efforts made this work possible.
Multi-equilibria systems offer a highly regulated control over pathway selection & switching.
End-result: chemical platform to discover new reactions, targets, and opportunities
Credit @RAJIB__MOLLA, @Dwaipayan_13, and team at @chm_iiserb, @iiserbhopal
https://t.co/cl38RaCJ9g
Thank you @vishal_iiserb for your mentorship and supportive through out my journey ๐
A challenging jouney came to conclusion and I successfully defended my Ph.D. thesis.
Dr. Rajib Molla @chm_iiserb@iiserbhopal after excellent performance in his viva-voce examination. Established multi-equilibria platform for precision engineering of proteins. Congratulations ๐๐ป๐๐ป๐๐ป
Thanks, @DDasLab@iiserkol, @rkmisrb1, @debasishmanna38, and Nitin.
Membrane curvature promotes ER-PM contacts in cardiomyocytes. Excited to share our work published in Nature Cell Biology today. Congratulations to Yang and the team!
https://t.co/ylGXgzRqMm