Excited to be featured today by Hello Bio in their blog!

I’m honored to be listed on Massachusetts Institute of Technology (MIT) MIT Technology Review list of 35 Innovators Under 35! For years, I watched friends and family, even highly educated ones, refuse a vaccine or medication because of an aversion to needles. #Insulin and #vaccine pills are coming! technologyreview.com/innovator/alex…

Started my new job today! Excited to be officially on the Georgia Tech Website! chbe.gatech.edu/people/alex-ab…

Check out our new lab website! The Abramson Lab is officially open and recruiting 🧑‍🔬 abramsonlab.com

As a new hire, here are 3 reasons why GA Tech is amazing: (1) A supportive interdisciplinary faculty community that cares about everyone's success. (2) >$1B of annual research expenditures, and it shows in the core facilities. (3) Atlanta is a great place to live as a young Prof!

Our latest cancer bioelectronics research is highlighted in the NIH Director's Blog! directorsblog.nih.gov/tag/fast/

An impromptu mini Bao lab reunion at MIT! It was great catching up with Alex Abramson Naoji Matsuhisa ＠RCAST, UTokyo / 松久 直司 @東大先端研 and Vivian Feig and hearing about the amazing research they are all doing after Stanford!

Our lab's first grant will fund two new PhDs! So excited to work with Yeo Research Group on engineering compact communication systems between wearable and ingestible devices. This is a crucial next step in developing next-gen tech like ingestible insulin pumps. me.gatech.edu/news/inaugural…

The first Abramson Lab outing! We had an amazing time hiking along the Chattahoochee River and getting ice cream🍦Atlanta has some great trails. Also, excited to see old friends and meet new ones at SFBiomaterials this week

Excited to share that we have been awarded an NIH @NIGMS #R35 #ESI #MIRA Award! This grant will help us engineer novel #drugdelivery devices and #sensors to better treat #heartfailure. We are recruiting graduate students and postdocs to our lab ChBE @ Georgia Tech Georgia Tech

Our lab's first review paper is out today in Device! Communication protocols integrating wearables, ingestibles, and implantables for closed-loop therapies cell.com/device/fulltex…

In addition to being a great contribution from an up-and-coming group, this Review by Alex Abramson & co does an incredible job laying out the world of drug delivery devices and how they can communicate with one another. I touch on this in my editorial a bit, but making wearable

It's an honor to be named as one of the Top 35 Trailblazing Chemical Engineers under 35 this year by AIChE American Institute of Chemical Engineers (AIChE). Congratulations to all of the other winners! chbe.gatech.edu/news/2023/10/a…

Soft and Thin Bioelectronic Fibers about the size of a human hair may soon enable physicians to read chemical and electrical signals from the gut and the brain minimally invasively. Preprint in collaboration with Muhammad Khatib, Zhenan Bao + many more (shorturl.at/esty1)

Georgia Tech is an amazing place to start a faculty career! Come join a great group of young Profs (@BhamlaLab Vida Jamali Solomon Oyakhire Micah S. Ziegler, Lily Cheung, Johnny Blazeck, and Nian Liu), and make sure to visit our reception at AIChE American Institute of Chemical Engineers (AIChE). chbe.gatech.edu/faculty-openin…

Excited to share our latest review article in the Journal of Controlled Release (authors.elsevier.com/a/1iRlucI2-5w61) detailing how robotic drug delivery devices physically interact with tissues to overcome transport limiting diffusion barriers.

Want a step-by-step guide for designing #IngestibleElectronics? Our collaboration with Yasser Khan published in Nature Electronics describes integrated circuit designs that optimize pill size, safety, and therapeutic lifetime. nature.com/articles/s4192…