
Akash Gupta
@akashh_gupta
Postdoc in Anderson/Langer lab @MIT, PhD from @rotellogroup @UmassAmherst
ID: 125610308
23-03-2010 09:43:20
38 Tweet
271 Followers
298 Following



Our tutorial review article on combating drug-resistant bacterial infections using nanomaterials is now online Chem Soc Rev by Royal Society of Chemistry @rotellogroup pubs.rsc.org/en/Content/Art…




It has been a lot of fun being The Rotello Group. Now looking forward to my stint as a postdoc Koch Institute at MIT

With #AntibioticResistance trending in US for all the bad reasons. I want to share my PhD thesis that describes the use of nanomaterials as novel antimicrobials. scholarworks.umass.edu/dissertations_… . Hopefully we will soon be able to see these studies in clinics. #phdchat #AcademicChatter


Glad to see our paper on synergistic antimicrobial therapies published in @AdvSciNews. Our studies show engineered polymers enhance penetration of separately administered antibiotics in biofilms onlinelibrary.wiley.com/doi/full/10.10…. Kudos to The Rotello Group @ResearchNext for awesome teamwork

Check out our recently published review paper with Editors of Advanced Drug Delivery Reviews discussing translation of RNA-based therapies into clinics. Thanks to Rajith S Manan Jason Andresen "Nucleic acid delivery for therapeutic applications" sciencedirect.com/science/articl…

So excited to share our latest article published in Materials Horizons, Royal Society of Chemistry. We find that chemically engineered nanoparticle adsorbed on RBCs can be used for highly selective treatment of virulent bacterial infections. pubs.rsc.org/en/content/art…

Thrilled to share our recent publication in Advanced Science @Wiley on a hybrid lipid nanoparticle (#LNP ) platform featuring “nanoparticle-in-a-nanoparticle” design for #Cancer #therapy Weissleder MGH Center for Systems Biology @MGH_RI @AdvSciNews onlinelibrary.wiley.com/doi/full/10.10…


Thanks for the shout out Nicholas A. Peppas

A study from the Anderson & Langer Labs in Nature Reviews Drug Discovery highlights advancements in synthetic vaccine systems, focusing on nano- and nucleic acid-based technologies. Discover how these innovations address key challenges in vaccine development. buff.ly/4h2Bvxs
