Priyanka Singh
@PS_lab
Followers
2K
Following
1K
Media
87
Statuses
951
Associate Prof. @iitj, INYAS, DBT-IYBA, AvH Fellow, EMBO-LTF | Alumni:@wwu-muenster @mpidortmund @biozentum | Cell division, Centrosome, Microtubules & Cilia
Jodhpur, India
Joined May 2018
Honoured to receive the prestigious “Har Govind Khorana-IYBA 2019” @DBTIndia @IITJ_Official . Life lesson i learnt after giving birth to my baby boy and presenting my proposal for award in next 72 hrs is that motherhood makes you stronger. Dear Son..this ☝️ is for you. 💕Mom
14
9
293
Grateful to serve as a guest editor for this special issue @CytoskelJournal. It’s been inspiring to work with an amazing community of authors & reviewers pushing the field forward.🔬#centrosome #cilia
Happy #microscopymonday! Have you seen the new #specialissue of #CYTOSKELETON? "#Centrosomes to #cilia in #sickness and in #health". If not, you can find it here: https://t.co/FIE03GSwSj
0
1
3
Excited to give you a peek into our research work and where we’r headed @iitjodhpur
NEW EPISODE ALERT! "Sparks of IIT Jodhpur" featuring Dr. Priyanka Singh (Bioscience & Bioengineering) is out! Discover how her team is developing cutting-edge, precision-driven cancer treatments using a blend of cell biology & chemical design. Watch now: https://t.co/fZlzaGXmcC
0
0
4
✌️
Glad to note that our article @ACSCentSci garnered broad readership and emerged among the Top 20 most downloaded article in the last month. Thanks to all the readers. Many congratulations all involved! @SMLab_IITJ @ANRFIndia @iitjodhpur @PS_lab
https://t.co/VL9FcQjwpX
0
0
5
The synthesized S-aryl dithiocarbamates exhibit antiproliferative activity on a nanomolar level for breast cancer cell lines by affecting microtubule dynamics. Many thanks to the @PS_lab for an excellent collaboration. Congratulations to all the authors! @SMLab_IITJ @iitjodhpur
0
1
5
Thrilled to share our fruitful collaborative work with @SM_IITJ. We found novel S-aryl dithiocarbamate that act as potent anti-proliferative agent at low molar ranges by targeting microtubule dynamics. thanks @ANRFIndia for funding
Looking for a method to install a C-S bond directly at the m-position of anilines , that too using a odorless S-surrogate? We have got you covered! Check out our @ACSCentSci article on the synthesis of S-aryl dithiocarbamates! 1/n https://t.co/ESEflGLBCO
2
3
19
Wonderfully expressed! Why would anyone want to be a scientist?
journals.biologists.com
It is difficult to fathom why anyone intelligent enough to be a scientist would actually choose to be one. Doing good science requires the utmost exertion of body, mind and spirit, yet is consisten...
0
0
7
Very excited to welcome and hear from the esteemed speakers in 'Microtubule Network' meeting at CDFD 🎉 🎉 with @GunjanM43894285
#microtubules #centromeres
#centrosome #mitosis
@DBT_CDFD @KaustuvSanyal @vmdraviam @Sachin_mitosis @almut_kelber @c_swadhin @MannaLab1 @PS_lab
0
7
31
Congratulations @HarshitaKasera ! Keep striving for excellence-your hard work will always pay off 💪Best wishes for your future endeavours.
✨ Major milestone! I’m thrilled to share that I’ve successfully defended my PhD thesis under the guidance of @PS_lab ma'am. Grateful for this rigorous and rewarding journey. Excited to begin the next chapter as Dr. Harshita Kasera. #PhDGraduation #WomenInSTEM #IITJodhpur
2
0
17
Ecstatic on being selected for the coveted CRSI Bronze Medal from @ChemResSocIndia. Congratulations to all other winners as well. Thanks to CRSI for recognizing our work and all the well wishers for their support and encouragement. This one belongs to @SMLab_IITJ. ❤️ @iitjodhpur
CRSI is pleased to announce the names of 2026 medallists, award winners and endowment lecturers. Congratulations!!! Emails will be sent individually by the CRSI office in about 2 weeks.
38
11
152
Check out our latest work published in @JMolBiol, where we reveals a time-dependent interaction between PLK4 homodimer and CEP152, crucial for their centrosome localization & regulating spindle organization during cell division. https://t.co/hqr3QJjMNQ
12
7
87
Happy to share the latest work from @PS_lab @HarshitaKasera. 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
Polo-like kinase 4 (PLK4) is a centrosome-specific kinase aberrantly expressed in cancers. Drugs inhibiting its catalytic kinase domain are under clinical phase-1/2 trials in patients with different...
0
1
12
We have a project JRF position opening. #centrosome biology#cell division. Check the eligibility: https://t.co/V9T1XlN2u2 Last date to apply:29th March‘25 Apply through online portal: https://t.co/UN93Snslf0
@iitjodhpur @bsbe_iitj
1
16
57
@WormlockHolmes @iitjodhpur Thanks @WormlockHolmes for the great workshop suggestion and engaging discussion! Huge thanks to @PS_lab, Swadhin, and the entire team for organizing. #m2t22025
0
1
3
Huge congrats to @Jayantikri23 & all the award winners at the fantastic M2T2-2025 meeting! 🎉 Thanks to @PS_lab & Swadhin for organizing, and @WormlockHolmes for the awesome live coverage of every talk. 👏 @iitjodhpur #M2T2-2025
Travel awards #M2T22025 @iitjodhpur to several trainees. Congratulations Thank you to the organizers @PS_lab @iitjodhpur & @c_swadhin @NCBS_Bangalore & the many student volunteers from both labs. 🙏🏾🙏🏾
0
1
8
Travel awards #M2T22025 @iitjodhpur to several trainees. Congratulations Thank you to the organizers @PS_lab @iitjodhpur & @c_swadhin @NCBS_Bangalore & the many student volunteers from both labs. 🙏🏾🙏🏾
0
4
24
Zebrafish bilayed epithelium forms and maintains its polarity through cell adhesion, mTOR-Rho-ROCK-S61K-aPKC signalling, membrane trafficking. @Mahen_Son @TIFR_Bio in #M2T22025
0
2
14
Poster awards #M2T22025 Vignesh O, @Sachin_mitosis lab @iiscbangalore Sudnada Sharma, @GhoshRoyLab @DBT_NBRC Nameeta Chaudhary, @PS_lab @iitjodhpur Brindaban Maji, @ArnabGuptaIISER lab @iiserkol Ashmita Kumari, @c_swadhin lab @NCBS_Bangalore Congratulations
0
7
15
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. @sunando_datta @iiserbhopal in #M2T22025
0
2
12
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. @NitinRammohan @IITKanpur in #M2T22025
0
3
10
@iitjodhpur @c_swadhin @PS_lab @WormlockHolmes Daybreak in Jodhpur. Day 2 at the M2T2 meeting at @iitjodhpur.
0
2
5