Dipti Ranjan lenka (@diptiranjanle18) 's Twitter Profile
Dipti Ranjan lenka

@diptiranjanle18

ID: 1302451012200886273

calendar_today06-09-2020 03:38:32

11 Tweet

20 Followers

265 Following

Atul Kumar (@atulkumar_cmc) 's Twitter Profile Photo

Happy to share preprint of our exciting work on Parkin E3 ligase which is heavily mutated in Parkinson's disease. A new feedforward mechanism of Parkin activation. doi.org/10.21203/rs.3.… #ubiquitination #E3 ligases # Parkinson's #PINK1# Parkin E3 ligase IISER Bhopal Department of Biotechnology

Atul Kumar (@atulkumar_cmc) 's Twitter Profile Photo

Nothing else is as pleasant as staring at your high resolution density map. New data from very talented student of my lab @Diptiranjanlenka IISER Bhopal #X ray crystallography

Nothing else is as pleasant as staring at your high resolution density map. New data from very talented student of my lab 
@Diptiranjanlenka
 
<a href="/iiserbhopal/">IISER Bhopal</a>
 #X ray crystallography
Atul Kumar (@atulkumar_cmc) 's Twitter Profile Photo

We demonstrate the mechanism of substrate specificity on Parkin and solve the puzzle of Parkinson's disease mutation. New insights into Parkin activation by NEDD8. Credit goes to exceptionally talented students. biorxiv.org/content/10.110… IISER Bhopal Dept of Biological Sciences (DBS), IISER Bhopal Department of Biotechnology

We demonstrate the mechanism of substrate specificity on Parkin and solve the puzzle of Parkinson's disease mutation. New insights into Parkin activation by NEDD8. Credit goes to exceptionally talented students. biorxiv.org/content/10.110… <a href="/iiserbhopal/">IISER Bhopal</a> <a href="/DBS_IISERB/">Dept of Biological Sciences (DBS), IISER Bhopal</a>  <a href="/DBTIndia/">Department of Biotechnology</a>
IISER Bhopal (@iiserbhopal) 's Twitter Profile Photo

Research "Intricate mechanism (s) of substrate specificity & loss of function on disease mutation (K211N) of Parkin" published in biorxiv doi.org/10.1101/2023.1… Congratulations Dipti, Shradha & Dr Atul Kumar, Asst Professor Dept of Biological Sciences IISER Bhopal Ministry of Education

Research "Intricate mechanism (s) of substrate specificity &amp; loss of function on disease mutation (K211N) of Parkin" published in biorxiv
doi.org/10.1101/2023.1…
Congratulations Dipti, Shradha &amp; Dr Atul Kumar, Asst Professor Dept of Biological Sciences IISER Bhopal
<a href="/EduMinOfIndia/">Ministry of Education</a>
Atul Kumar (@atulkumar_cmc) 's Twitter Profile Photo

Out now! New insights into the activation mechanism of #Parkin E3 ligase, an important candidate of mitophagy and Parkinson's. Dipti Ranjan lenka Shakti Dahe Odetta @pritranjansahoo Alan Prescott Miratul Muqit click here elifesciences.org/articles/96699 #iiserbhopal

Out now! New insights into the activation mechanism of #Parkin E3 ligase, an important candidate of mitophagy and Parkinson's.  <a href="/DiptiRanjanle18/">Dipti Ranjan lenka</a> <a href="/ShaktiDahe15124/">Shakti Dahe</a> <a href="/OdettaAntico/">Odetta</a> @pritranjansahoo <a href="/AlanPrescott67/">Alan Prescott</a> <a href="/miratul_neuro/">Miratul Muqit</a> click here elifesciences.org/articles/96699 #iiserbhopal
Atul Kumar (@atulkumar_cmc) 's Twitter Profile Photo

Out now cell.com/structure/full…. We show mechanisms of specificity on two look-alike pockets of Parkin for its activators (pNEDD8/pUb/pUbl), and loss of Parkin activity due to Parkinson’s disease mutation K211N. Dipti Ranjan lenka IISER Bhopal Department of Biotechnology SERB Structure

Out now cell.com/structure/full…. We show mechanisms of specificity on two look-alike pockets of Parkin for its activators (pNEDD8/pUb/pUbl), and loss of Parkin activity due to Parkinson’s disease mutation K211N. <a href="/DiptiRanjanle18/">Dipti Ranjan lenka</a>  <a href="/iiserbhopal/">IISER Bhopal</a>  <a href="/DBTIndia/">Department of Biotechnology</a>  <a href="/serbonline/">SERB</a> <a href="/Structure_CP/">Structure</a>