CCMB_IITD (@ccmb_iitd) 's Twitter Profile
CCMB_IITD

@ccmb_iitd

Welcome to the official twitter page of "Computational Chemistry, Materials & Biology (CCMB)" lab

ID: 1837477461455785989

calendar_today21-09-2024 13:02:44

32 Tweet

49 Followers

28 Following

Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Great way to start the new year!😃 Here is our latest work on RNA-cyclicPeptide binding published in one of my favorite journals JCIM & JCTC Journals ! Well done & Congrats Nisha Kumari & Sonam 👏🤗 CCMB_IITD Chemistry_IIT Delhi Chemistry_IIT Delhi ACS Publications pubs.acs.org/doi/10.1021/ac…

Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Latest ChemRxiv pre-print: We studied the mechanism of atomically-precise nanocluster formation using WTMetadynamics simulations with ML-potential chemrxiv.org/engage/chemrxi… Commendable job by @_Vikas_Tiwari_ 👏 CCMB_IITD Chemistry_IIT Delhi IIT Delhi Comments/feedback appreciated!

Latest <a href="/ChemRxiv/">ChemRxiv</a> pre-print: We studied the mechanism of atomically-precise nanocluster formation using WTMetadynamics simulations with ML-potential 
chemrxiv.org/engage/chemrxi…
Commendable job by @_Vikas_Tiwari_ 👏
<a href="/CCMB_IITD/">CCMB_IITD</a> 
<a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a> <a href="/iitdelhi/">IIT Delhi</a> 
Comments/feedback appreciated!
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Monolayer-protected nanoclusters (MPC) are promising drug carriers. Our latest ChemRxiv pre-print delineates mechanism of MPC-bound peptide delivery to cancerous cell membrane using CG-US simulations doi.org/10.26434/chemr… Well done Soumya👏 CCMB_IITD Chemistry_IIT Delhi IIT Delhi

Monolayer-protected nanoclusters (MPC) are promising drug carriers. Our latest <a href="/ChemRxiv/">ChemRxiv</a> pre-print delineates mechanism of MPC-bound peptide delivery to cancerous cell membrane using CG-US simulations
doi.org/10.26434/chemr…
Well done Soumya👏 <a href="/CCMB_IITD/">CCMB_IITD</a> <a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a> <a href="/iitdelhi/">IIT Delhi</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Does ProQ protein have RNA chaperon activity? Using enhanced sampling simulation with deep learning CV, we investigated the mechanism of RNA binding & chaperon activity! Well done Shilpi & Nisha Kumari👏 CCMB_IITD Chemistry_IIT Delhi IIT Delhi bioRxiv biorxiv.org/content/10.110…

Does ProQ protein have RNA chaperon activity? Using enhanced sampling simulation with deep learning CV, we investigated the mechanism of RNA binding &amp; chaperon activity! Well done Shilpi &amp; <a href="/Nisha_0007/">Nisha Kumari</a>👏 <a href="/CCMB_IITD/">CCMB_IITD</a> <a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a> <a href="/iitdelhi/">IIT Delhi</a> <a href="/biorxivpreprint/">bioRxiv</a>
biorxiv.org/content/10.110…
JCIM & JCTC Journals (@jcim_jctc) 's Twitter Profile Photo

#HighlightOfTheWeek Video showing fluctuation of cyclic peptide in the binding groove of RNA. Work by Tarak Karmakar, Nisha Kumari and Sonam. #compchem pubs.acs.org/doi/10.1021/ac…

CCMB_IITD (@ccmb_iitd) 's Twitter Profile Photo

The CCMB_IITD group came together in devotion for Devi Saraswati, inviting her grace to illuminate our academic journey.✨✨ Wishing you all a happy Saraswati Puja. IIT Delhi @_Vikas_Tiwari_ Nisha Kumari Neha Anmol

The <a href="/CCMB_IITD/">CCMB_IITD</a> group came together in devotion for Devi Saraswati, inviting her grace to illuminate our academic journey.✨✨
Wishing you all a happy Saraswati Puja. <a href="/iitdelhi/">IIT Delhi</a> @_Vikas_Tiwari_ <a href="/Nisha_0007/">Nisha Kumari</a> <a href="/mehtaneha839/">Neha</a> <a href="/chemanmol/">Anmol</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Our latest CCMB_IITD group photo! It’s amazing to have these incredible guys in the group. Thank you for making a great (happy and vibrant) team! Proud PI! 🤗😇 Chemistry_IIT Delhi IIT Delhi

Our latest <a href="/CCMB_IITD/">CCMB_IITD</a> group photo! It’s amazing to have these incredible guys in the group. Thank you for making a great (happy and vibrant) team! Proud PI! 🤗😇
<a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a> <a href="/iitdelhi/">IIT Delhi</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Latest Preprint: We investigated dynamics of a Nanocluster Organic Framework (NOF) & O2 diffusion mechanism using MD & OPES simulations with ML potentials. Commendable effort by Animesh (MSc) & Dhananjay (PhD)👏 doi.org/10.26434/chemr… CCMB_IITD Chemistry_IIT Delhi IIT Delhi

Latest Preprint: We investigated dynamics of a Nanocluster Organic Framework (NOF) &amp; O2 diffusion mechanism using MD &amp; OPES simulations with ML potentials. Commendable effort by Animesh (MSc) &amp; <a href="/Dhananjay7645/">Dhananjay</a> (PhD)👏
doi.org/10.26434/chemr…
<a href="/CCMB_IITD/">CCMB_IITD</a> <a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a>  <a href="/iitdelhi/">IIT Delhi</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Preprint: How do supramolecular cages en-/de-capsulate a substrate? OPES simulations unveiled the molecular mechanism - it follows partial opening of a subunit akin to enzyme lid-opening! doi.org/10.26434/chemr… Tanish (MSc) & Anmol (Phd)👏 CCMB_IITD Chemistry_IIT Delhi IIT Delhi

Preprint: How do supramolecular cages en-/de-capsulate a substrate? OPES simulations unveiled the molecular mechanism - it follows partial opening of a subunit akin to enzyme lid-opening! 
doi.org/10.26434/chemr…
Tanish (MSc) &amp; Anmol (Phd)👏
<a href="/CCMB_IITD/">CCMB_IITD</a>  <a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a> <a href="/iitdelhi/">IIT Delhi</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Using atomistic MD simulations, we studied the interactions between Ligand-protected metal nanoclusters & amyloid fibrils. Our first attempt to check nanoclusters as #nanotherapeutics for neurodegenerative diseases! advanced.onlinelibrary.wiley.com/doi/10.1002/ad… CCMB_IITD Chemistry_IIT Delhi IIT Delhi

Using atomistic MD simulations, we studied the interactions between Ligand-protected metal nanoclusters &amp; amyloid fibrils. Our first attempt to check nanoclusters as #nanotherapeutics for neurodegenerative diseases! 
advanced.onlinelibrary.wiley.com/doi/10.1002/ad…
<a href="/CCMB_IITD/">CCMB_IITD</a> 
<a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a> <a href="/iitdelhi/">IIT Delhi</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

ANRF N-PDF calls will open on 1st June. Feel free to write to me if you are interested in applying. Pls send your CV & a one-page summary of your graduate research to [email protected] (Experience in MD simulations, basic ML, & strong math) Group web: sites.google.com/view/tarakkchem

Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Pre-print: Using atomistic and coarse-grained MD simulations, we investigated how achiral nanoclusters self-assemble to form chiral superstructures! Neha (MTech), Vikas (PhD) & Soumya (Phd) - well done! 👏 chemrxiv.org/engage/chemrxi… CCMB_IITD Chemistry_IIT Delhi IIT Delhi ChemRxiv

Pre-print: Using atomistic and coarse-grained MD simulations, we investigated how achiral nanoclusters self-assemble to form chiral superstructures! 
Neha (MTech), Vikas (PhD) &amp; Soumya (Phd) - well done! 👏 
chemrxiv.org/engage/chemrxi…
<a href="/CCMB_IITD/">CCMB_IITD</a> 
<a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a> <a href="/iitdelhi/">IIT Delhi</a> <a href="/ChemRxiv/">ChemRxiv</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Published in Chemical Science: We used QM/MM MD & OPES simulations (pathCV) to study a multi-step chemical reaction catalyzed by a peptide ligand-protected metal nanocluster! Congrats, Vikas Tiwari superb effort!👏 pubs.rsc.org/en/content/art… CCMB_IITD Chemistry_IIT Delhi IIT Delhi

Published in <a href="/ChemicalScience/">Chemical Science</a>: We used QM/MM MD &amp; OPES simulations (pathCV) to study a multi-step chemical reaction catalyzed by a peptide ligand-protected metal nanocluster! Congrats, <a href="/tiwarivikas0/">Vikas Tiwari</a> superb effort!👏
pubs.rsc.org/en/content/art…
<a href="/CCMB_IITD/">CCMB_IITD</a> <a href="/Chemistry_iitd/">Chemistry_IIT Delhi</a>  <a href="/iitdelhi/">IIT Delhi</a>
Tarak Karmakar (@tarakchem) 's Twitter Profile Photo

Locality Sensitive Hashing (LSH)-based method to reduce dataset for ML potential training by 1-2 orders of magnitude, applied to explicit solv Chem reaction & phase transition. Congrats Anmol , Anuj, and Neha 👏Thanks prof Jayadeva & Sandeep pubs.acs.org/doi/10.1021/ac…