Priyanka Singh (@ps_lab) 's Twitter Profile
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

linkhttps://singhpriyanka83.wixsite.com/pslab calendar_today24-05-2018 15:28:17

929 Tweet

1,1K Followers

513 Following

Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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…

Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

Presents competing models for plasmid segregation. Suggests polymerization of SpoA may be important for plasmid stabilization & segregation. RAMANUJAM SRINIVASAN NISER in #M2T22025

Presents competing models for plasmid segregation. Suggests polymerization of SpoA may be important for plasmid stabilization &amp; segregation. <a href="/kuruhoornambi/">RAMANUJAM SRINIVASAN</a> <a href="/niser_official/">NISER</a> in #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

What drives cilia diversity? eg External sensory organ & chordotonal organ are both 9+0 but differ in dynein arms. TF proteins necessary for building cilium, TZ proteins have tissue-specific functions Benedicte Durand, Univ. of Lyon #M2T22025

What drives cilia diversity? eg External sensory organ &amp; chordotonal organ are both 9+0 but differ in dynein arms. TF proteins necessary for building cilium, TZ proteins have tissue-specific functions Benedicte Durand, Univ. of Lyon #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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

Arl14 localizes to lysosomes &amp; late endosomes. Arl14 alters dynamics of endolysosomes &amp; modulates the actin-dependent lysosome positioning. Subba Rao Gangi Setty <a href="/iiscbangalore/">IISc Bangalore</a> #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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

Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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

Circular to polygon plasma membrane transitions seen in syncytial division cycles correlates w/ villi remodeling. Efficient endocytosis of Cadherin via iBar protein MIM &amp; branched actin enables effective microvilli remodeling. Richa Rikhy <a href="/IISERPune/">IISER Pune</a> in #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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

What happens to Cadherin during cell division? Organization of linear F-actin in the furrow impedes E-Cadherin mobility during furrow ingression. <a href="/anups_11/">Anup Padmanabhan</a> <a href="/AshokaUniv/">Ashoka University</a> in #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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

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. <a href="/NitinRammohan/">Nitin Mohan</a> <a href="/IITKanpur/">IIT Kanpur</a> in #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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

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 <a href="/tvmiiser/">IISER Thiruvananthapuram</a> in #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

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

Collective cell migration: 2 roads to metastasis single/multiple cell egress &amp; collective cell  invasion, followed by polarization into leader &amp; followers. YAP translocates to the nucleus to the leading edge of migrating cells. <a href="/sunando_datta/">Dr. Sunando Datta</a> <a href="/iiserbhopal/">IISER Bhopal</a> in #M2T22025
Sandhya Koushika (@wormlockholmes) 's Twitter Profile Photo

Zebrafish bilayed epithelium forms and maintains its polarity through cell adhesion, mTOR-Rho-ROCK-S61K-aPKC signalling, membrane trafficking. Mahendra Sonawane DBS TIFR in #M2T22025

Zebrafish bilayed epithelium forms and maintains its polarity through cell adhesion, mTOR-Rho-ROCK-S61K-aPKC signalling, membrane trafficking. <a href="/Mahen_Son/">Mahendra Sonawane</a> <a href="/TIFR_Bio/">DBS TIFR</a> in #M2T22025
Saravanan Palani (@syncellbiolab) 's Twitter Profile Photo

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

Priyanka Singh (@ps_lab) 's Twitter Profile Photo

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

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/
<a href="/iitjodhpur/">Indian Institute of Technology Jodhpur</a> <a href="/bsbe_iitj/">Bioscience and Bioengineering IIT Jodhpur</a>
Priyanka Singh (@ps_lab) 's Twitter Profile Photo

Happy to share the latest work from ⁦Priyanka SinghHarshita 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_…

Priyanka Singh (@ps_lab) 's Twitter Profile Photo

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.…

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