Chandra Bhattacharya

Assistant Professor @UNLV| Dept. of Chem/Biochem| Lipid nanoparticles| #mRNA medicine| Immunotherapy| @MIT Anderson/Langer Lab Alumni

[Chandra Bhattacharya @_ChandraB]

Thrilled to share that our lab has been awarded a #R35 #MIRA grant from @NIGMS. This $1.88M award will support our work in engineering novel lipid nanoparticle platforms for targeted mRNA delivery beyond the liver.

[Ella Marushchenko @Ella_Maru]

🦃🫂 Today is Thanksgiving Day, and I want to thank our customers - brilliant scientists, kind people, and incredibly creative minds - for believing in my studio and in me! ♥️

I’m grateful to everyone who ordered cover art, figures, graphical abstracts, and animations, and for trusting us to bring your ideas to life through visualization. In the era of AI, the sense of #community and your #support are the two most important things for me and for the studio: they keep us creative, help us maintain a high standard, and inspire us to continue bringing beauty and joy to the scientific world ✨

Here are a few photos of our wonderful customers and the metal prints of their cover artworks we sent them . It’s our way of saying "thank you" choosing us 🫶

@_ChandraB, @ReichmanisGroup, @Tsogoeva_Group, @TylerEMiller, @NathanLacroix, and @GreggADuncan's teams

[Chandra Bhattacharya @_ChandraB]

We are seeking a highly motivated Postdoctoral Fellow or Research Technician to join our research team focused on developing LNPs for drug and gene delivery applications with prior experience in nanomedicine. Interested applicants please reach out at [email protected]

[Phys.org @physorg_com]

#A novel nanoparticle system enables highly selective #Mrna delivery to the #Pancreas, opening new possibilities for targeted treatment of pancreatic diseases such as diabetes and cancer. @unlvnews @advmater https://t.co/mqT2ujalVy https://t.co/LkF4EiVNmu

[Chandra Bhattacharya @_ChandraB]

@HimanshuNBhatt yes potentially

[Chandra Bhattacharya @_ChandraB]

Thrilled to share that our lab has been awarded a #R35 #MIRA grant from @NIGMS. This $1.88M award will support our work in engineering novel lipid nanoparticle platforms for targeted mRNA delivery beyond the liver.

[Chandra Bhattacharya @_ChandraB]

@SaurjaDasGupta Thank you!

[Chandra Bhattacharya @_ChandraB]

@isumantadas Thank you!

[Chandra Bhattacharya @_ChandraB]

@kmoharir Thank you!

[Chandra Bhattacharya @_ChandraB]

@TheFentonLab Thank you!

[Chandra Bhattacharya @_ChandraB]

@JuhiSamal Thank you!

[Chandra Bhattacharya @_ChandraB]

@DasLabSMU Thank you!

[Chandra Bhattacharya @_ChandraB]

SCIENMAG features our ENDO platform - lipid nanoparticles that deliver nucleic acids directly to the pancreas #mRNA #targeteddelivery #LNP
link - https://t.co/7ec6LOch1S

[Chandra Bhattacharya @_ChandraB]

Our latest research is out in Small! We introduce endogenous corticosteroid-derived LNPs (cortico-LNPs), in which the cholesterol component is replaced, achieving complete redirection to the spleen.@wileyinresearch #publishedarticle
@IvanIsaac199 Luv Patel https://t.co/hFieJ19r79

[Chandra Bhattacharya @_ChandraB]

#publishedarticle @wileyinresearch

[Chandra Bhattacharya @_ChandraB]

Super excited to share our latest research published in Advanced Materials, led by @IvanIsaac199. Here, we introduce the ENDO platform that can deliver mRNA intravenously to the pancreas with an unprecedented 99% selectivity.
https://t.co/gPkwoZmm9L
@UNLV_CoS @PhRMAfoundation

[Zhigang Suo @zhigangsuo]

Science today reports a hydrogel that functions over a temperature range from −115° to 143°C. https://t.co/G0Qw2u3FWN

[Science Immunology @SciImmunology]

A new Science #Immunology Review discusses the mechanisms through which #DendriticCells influence cytotoxic CD8+ #TCell responses against cancer. @viditbhandarkar @stefanispranger

https://t.co/NYhIEnOOMv

[Chandra Bhattacharya @_ChandraB]

@TheFentonLab @NIGMS @UNC @UNCPharmacy @DPMP_UNC Congratulations Owen!

[Chandra Bhattacharya @_ChandraB]

In this article, we introduce a novel, facile, catalyst-free, and versatile one-pot multicomponent reaction (MCR) to develop a library of ionizable lipids featuring a pharmacologically significant tetrahydropyrimidine (THP) backbone, tailored for enhanced mRNA delivery.

[Chandra Bhattacharya @_ChandraB]

I am over the moon to share that our very first article has been published in ACS Nano and is now available online! This work, led by @IvanIsaac199 , is a major milestone for our lab, and we couldn’t have done it without the support of our incredible collaborators and friends.

[Chandra Bhattacharya @_ChandraB]

Special thanks to everyone who helped set up the lab and enabled us to perform all the experiments in-house.

For more details, check out the article here:
https://t.co/pIGjeWmwTC