Extremely honored to announce that I am awarded the Howard Hughes Medical Institute Fellowship of the Life Sciences Research Foundation. I am grateful to Cliff and team brangwynnelab, @JoylabUAkron, Ali Dhinojwala, and Mesfin Tsige for their continued support in my journey to the surface of nucleoli.

Check out our cool cover art prepared by Ella Marushchenko for our paper published in Advanced Materials! "Machine Learning on a Robotic Platform for the Design of Polymer–Protein Hybrids" with Michael Webb Robots, AI, and proteins, what's not to love?! doi.org/10.1002/adma.2…

Move over self-driving cars! The Adam Gormley has something better: a self-driving lab for autonomous drug carrier and biomaterials development! # nanoDDS

Self-driving biomaterials lab, what the heck is that? If you thought only cars could be self-driving with AI, check out our perspective article on this idea with a focus on biologic formulation! cell.com/cell-reports-p…

New ChemRxiv upload after many years of hard work! Data-Driven Design of Protein-Like Single-Chain Polymer Nanoparticles chemrxiv.org/engage/chemrxi…

Never flying with my postdoc Amal @iAmAllAdhesion again... (you can't see me a few rows up because once I realized I was not hallucinating, I immediately hid under my seat!)

Congratulations to 2022 CMBE Young Innovator Adam Gormley! #BMES2022 (an outstanding researcher AND photographer 😁) Adam Gormley

Interested in machine learning but don't know how to get started? Super excited to share a User's Guide to Machine Learning for Polymeric Biomaterials! We include a hands-on tutorial in Google Colab with example code! Learn, enjoy, and share! pubs.acs.org/doi/10.1021/ac…

Pleased to share my work on enzyme-independent catalysis of cysteine with PLP (Vitamin B6) to produce H2S at physiological conditions in Scientific Reports Vijay Krishna, PhD Cleveland Clinic Lerner Research Institute nature.com/articles/s4159…

Excited to share the latest paper from our lab describing our fully automated platform for photopolymerizations including a multiplexed lightbox with feedback control on polymerization kinetics via connected plate reader. Now published in Digital Discovery! pubs.rsc.org/en/content/art…

The first infographic from Digital Discovery volume 2 highlights a paper from Gormley et al. (Adam Gormley (RutgersBME) on an automated lab for synthesising new polymers with control of each reaction in a well plate via a custom light box. Read the paper: doi.org/10.1039/D2DD00…

Great visual summary of our recent publication and the development of our automated platform for photo polymer chemistry! Includes a lightbox with online reporting of conversion!

Honored to be highlighted by the @NIGMS Biomedical Beat Blog!

Great talks, discussions, and people! Thanks to Rutgers-Princeton Biomolecular Condensate Day organizers Anita Đonlić Jerelle A Joseph and Ben Schuster for this superb symposium!

Thrilled to announce the upcoming Bio-Inspired Green (BIG) Science & Technology Symposium co-organized with Rein Ulijn and Christopher DelRe! Speakers include Karen L Wooley, Sam Stupp and more. Join us in NYC April 18-19! rb.gy/8m94zs

Are you coming to New Orleans for ACS Spring 2024? Check out our symposium on “Bioinspired Coacervates” on Sunday! Your favorite speakers talking about droplets and not-so-droplets. Find the full list of talks here: acs.digitellinc.com/live/31/page/1… ACS POLY Division #ACSSpring2024

“Thrilled to share the big news: This Fall, Prajakatta Mulay & I are joining FLORIDA🐊as Assistant Professors!” I will lead the Narayananlab.com as Ten. Track Assistant Professor UF Chemistry and Prajakatta will start as an Instructional Assistant Professor UF Materials Science | Nuclear Engineering Program #NewPI

Last but not least! Our 3rd new assistant prof. intro is for Prof. Amal Narayanan. Amal received his Ph.D. under the supervision of Abraham Joy @JoylabUAkron and was an #HHMI-LSRF postdoc with Cliff Brangwynne brangwynnelab Princeton University. Welcome to UF Chemistry! Amal Narayanan

We had this phenomenal work come out a couple of days ago. This is one of those works in which an irrational polymer design was found to weaken the biofilm-surface interactions and clear biofilms from underwater surfaces without killing the bacteria! pubs.acs.org/doi/full/10.10…