
Priyanka Singh
@ps_lab
Associate Prof. @iitj, INYAS, DBT-IYBA, AvH Fellow, EMBO-LTF | Alumni:@wwu-muenster @mpidortmund @biozentum | Cell division, Centrosome, Microtubules & Cilia
ID: 999673446962475008
https://singhpriyanka83.wixsite.com/pslab 24-05-2018 15:28:17
929 Tweet
1,1K Takipçi
513 Takip Edilen

Sandhya Koushika Indian Institute of Technology Jodhpur Thanks Sandhya Koushika for the great workshop suggestion and engaging discussion! Huge thanks to Priyanka Singh, Swadhin, and the entire team for organizing. #m2t22025

Describes structure-function states of mitochondria, small & hyperfused mitochondrial networks. Stem cell enriching carcinogen exposure promptly converts oxidized HMNs to redox-tuned SMNs. kasturi-mitra Ashoka University in #M2T22025 Read more: biorxiv.org/content/10.110…



Arl14 localizes to lysosomes & late endosomes. Arl14 alters dynamics of endolysosomes & modulates the actin-dependent lysosome positioning. Subba Rao Gangi Setty IISc Bangalore #M2T22025


Indian Institute of Technology Jodhpur Swadhin C Jana Priyanka Singh Sandhya Koushika Daybreak in Jodhpur. Day 2 at the M2T2 meeting at Indian Institute of Technology Jodhpur.


Molecularly distinct channels cluster to form individual "heterochannel" electrical synapses. Composition changes under environmental stress. Different motors & actin dependence for distinct channels. Abhishek Bhattacharya National Centre for Biological Sciences in #M2T22025

Circular to polygon plasma membrane transitions seen in syncytial division cycles correlates w/ villi remodeling. Efficient endocytosis of Cadherin via iBar protein MIM & branched actin enables effective microvilli remodeling. Richa Rikhy IISER Pune in #M2T22025


What happens to Cadherin during cell division? Organization of linear F-actin in the furrow impedes E-Cadherin mobility during furrow ingression. Anup Padmanabhan Ashoka University in #M2T22025


Pleiotropic roles of AP3 in multiple steps of dense core vesicle trafficking: regulated exocytosis, granule maturation & sorting at the golgi. Bhavani Shankar Sahu. BRIC-NBRC in #M2T22025 Indian Institute of Technology Jodhpur


Different MAPs preferentially enrich on tyrosinated v/s detyrosinated microtubules. Microtubule PTMs alone do account for MAP binding but non-microtubule bdg regions of MAPs play key roles. Nitin Mohan IIT Kanpur in #M2T22025


Aneuploidy induction mechanisms via the CENP-E kinesin, a chromosome transporter, that is associated with cancer. CENP-E also reqd to maintain interpolar microtubules. Tapas Manna IISER Thiruvananthapuram in #M2T22025


Collective cell migration: 2 roads to metastasis single/multiple cell egress & collective cell invasion, followed by polarization into leader & followers. YAP translocates to the nucleus to the leading edge of migrating cells. Dr. Sunando Datta IISER Bhopal in #M2T22025


Poster awards #M2T22025 Vignesh O, Sachin Kotak lab IISc Bangalore Sudnada Sharma, GhoshRoyLab BRIC-NBRC Nameeta Chaudhary, Priyanka Singh Indian Institute of Technology Jodhpur Brindaban Maji, Arnab Gupta lab IISER Kolkata Ashmita Kumari, Swadhin C Jana lab National Centre for Biological Sciences Congratulations



Travel awards #M2T22025 Indian Institute of Technology Jodhpur to several trainees. Congratulations Thank you to the organizers Priyanka Singh Indian Institute of Technology Jodhpur & Swadhin C Jana National Centre for Biological Sciences & the many student volunteers from both labs. 🙏🏾🙏🏾


Huge congrats to Jayanti kumari & all the award winners at the fantastic M2T2-2025 meeting! 🎉 Thanks to Priyanka Singh & Swadhin for organizing, and Sandhya Koushika for the awesome live coverage of every talk. 👏 Indian Institute of Technology Jodhpur #M2T2-2025

We have a project JRF position opening. #centrosome biology#cell division. Check the eligibility: oa.iitj.ac.in/Rnd_Advertisem… Last date to apply:29th March‘25 Apply through online portal: oa.iitj.ac.in/OA_RnD/ Indian Institute of Technology Jodhpur Bioscience and Bioengineering IIT Jodhpur


Happy to share the latest work from Priyanka Singh Harshita Kasera. We leverage computational methods to predict PLK4 structure, enabling the repurposing of an existing drug to target unique domain of PLK4. #centrosome #cancer pubmed.ncbi.nlm.nih.gov/40110897/?utm_…

Check out our latest work published in Journal of Molecular Biology, where we reveals a time-dependent interaction between PLK4 homodimer and CEP152, crucial for their centrosome localization & regulating spindle organization during cell division. doi.org/10.1016/j.jmb.…
