Ranjith Lab

Physical Biology Lab @BsbeIitb @iitbombay. Interests: Chromatin assembly, dynamics, protein self-assembly. PI: @ranjithpa. Managed by Lab members

[Ranjith Lab @LabRanjith]

Recent work from our group:

Role of diffusion and reaction of the constituents in spreading of histone modification marks

https://t.co/d1iKdAjRwP

[Vinoth @vinoth46m]

What is the role of diffusion of enzymes/other constituents in the spreading of histone modifications? We simulated a model with diffusion and reaction of reader/writer enzymes to explain the spreading of histone modifications. https://t.co/ccPpior8zO (1/5)

[Ranjith Padinhateeri @ranjithpa]

Our work is out in @NatureComms. Read the paper if you want a quantitative description of chromatin polymer or plan to simulate chromatin. We answer some fundamental questions. Details below. @sangramjkadam @KiranKumari_ @vinoth46m @DuttaShuvadip @mithunmittir (1/10)

[Ranjith Lab @LabRanjith]

Exciting work from our lab in @PLOSCompBiol on histone modification inheritance, post replication.
With collaboration with Prof.Sibiraj Pillai from the electrical department IIT Bombay. Congratulations @nitkal and @ranjithpa.

[Nithya Ramakrishnan @nitkal]

Our work, modeling the high fidelity inheritance of histone modifications post replication, using ideas from information theory, is published in PLOS computational biology. https://t.co/xjm7jXCMDM @ranjithpa

[Anoop Arunagiri @AnoopArunagiri]

📣📣📣Excited to announce the launch of a new research topic in @FrontMolBioSci

Molecular determinants of protein assemblies in health and disease https://t.co/u0H2YfLigb

Submission Open

@PPMC_UAB @_VerenaKohler @AdityaRanganat4
#proteinaggregation #biomolecularcondensates

[Ranjith Lab @LabRanjith]

Interesting work from our lab alumnus @AdityaRanganat4 on RNA-binding protein condensates and emergence of fibrillar structures using coarse-grained simulations.

[Srivastav Ranganathan @AdityaRanganat4]

https://t.co/49OWDFjvt3

RNA-binding protein condensates exhibit a physical phenomenon called aging which results in a loss of dynamicity. We use coarse-grained simulations to show that droplets can access several structural states with distinct intra-condensate environments.

[Biosciences & Bioengineering, IIT Bombay @BsbeIitb]

Congratulations Prof. Rohit Srivastava @rsr004 on winning the prestigious SS Bhatnagar Prize in medical sciences. Proud moment for all of us @BsbeIitb @iitbombay

[Ranjith Lab @LabRanjith]

Congratulations to our former lab colleague Jyotsana for being part of this interesting work. @Jewelparmar @NCBStheory

[Jewel Parmar @Jewelparmar]

Delighted to share the preprint of our collaborative work with @Afroze_AC @dnarepairlab at Simon's center @NCBStheory. Chech out the preprint showing the role of SMC protein RecN in the repair process during dsDNA breaks in bacteria.

[Ranjith Lab @LabRanjith]

Congratulations!!
We are happy for our lab alumna Jyotsana Parmar for receiving the DST Inspire faculty fellowship. @Jewelparmar @IndiaDST @ranjithpa
https://t.co/Vcjix65TaH

[Ranjith Lab @LabRanjith]

Our labmate @KiranKumari_ receiving PhD degree. Congratulations Kiran! It is great to see your avatar in convocation robe and receiving the degree! Proud of you! Cheers and best wishes! @BsbeIitb @iitbombay @iitbmonash

[Ranjith Lab @LabRanjith]

Hello World!