Alex Abramson

Engineer + Inventor | Asst. Prof. @GeorgiaTech

[Alex Abramson @agabramson]

Want a step-by-step guide for designing #IngestibleElectronics? Our collaboration with @KhanLabUSC published in @NatureElectron describes integrated circuit designs that optimize pill size, safety, and therapeutic lifetime. https://t.co/ZKLiGL7Chx

[Alex Abramson @agabramson]

Excited to share our latest review article in the Journal of Controlled Release (https://t.co/rcaJp76t45) detailing how robotic drug delivery devices physically interact with tissues to overcome transport limiting diffusion barriers.

[Alex Abramson @agabramson]

Georgia Tech is an amazing place to start a faculty career! Come join a great group of young Profs (@BhamlaLab @VidaJamali @Solomon_OT @MicahZiegler, Lily Cheung, Johnny Blazeck, and Nian Liu), and make sure to visit our reception at AIChE @ChEnected. https://t.co/OwqG2xescc

[Alex Abramson @agabramson]

@raytusc @Muhamma51787523 @zhenanbao Thank you!

[Alex Abramson @agabramson]

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 @Muhamma51787523, @zhenanbao + many more (https://t.co/lMrdWm4rpT)

[Alex Abramson @agabramson]

It's an honor to be named as one of the Top 35 Trailblazing Chemical Engineers under 35 this year by AIChE @ChEnected. Congratulations to all of the other winners! https://t.co/XdhHG4o4QN

[Marshall Brennan @Organometallica]

In addition to being a great contribution from an up-and-coming group, this Review by @agabramson & 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 and ingestible devices "invisible" is another milestone in the field, and having them work and communicate autonomously is a non-trivial part of that invisibility. Great work, team!

[Alex Abramson @agabramson]

Our lab's first review paper is out today in @Device_CP!
Communication protocols integrating wearables, ingestibles, and implantables for closed-loop therapies https://t.co/qypmgSdXSz

[Alex Abramson @agabramson]

@LisaRVolpatti @NIH @NIGMS @GTChBE @GeorgiaTech Thanks Lisa!

[Alex Abramson @agabramson]

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 @GTChBE @GeorgiaTech

[Alex Abramson @agabramson]

@WeiGaoLab @NIH @NIGMS @GTChBE @GeorgiaTech Thank you!

[Alex Abramson @agabramson]

@DoloffLab @NIH @NIGMS @GTChBE @GeorgiaTech Thank you!

[Alex Abramson @agabramson]

@BhamlaLab @NIH @NIGMS @GTChBE @GeorgiaTech Thank you!

[Alex Abramson @agabramson]

@GT_HongYeo @NIH @NIGMS @GTChBE @GeorgiaTech Thank you!

[Alex Abramson @agabramson]

@vivianfeig Congratulations, Vivian!

[Alex Abramson @agabramson]

The first @AbramsonLab 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

[Alex Abramson @agabramson]

Our lab's first grant will fund two new PhDs! So excited to work with @GT_HongYeo 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. https://t.co/R9EdLD5B8l

[Aristide Gumyusenge @AGumyusenge]

An impromptu mini Bao lab reunion at MIT! It was great catching up with @agabramson @naoji_tokyo and @vivianfeig and hearing about the amazing research they are all doing after Stanford!

[Alex Abramson @agabramson]

Our latest cancer bioelectronics research is highlighted in the NIH Director's Blog! https://t.co/faXu3iKxY3

[Alex Abramson @agabramson]

Although this tool is still in the pre-clinical stage, we hope this technology ushers in a new generation of real-time cancer treatment monitoring that opens up the possibility for novel pharmacokinetics studies in vivo.

[Alex Abramson @agabramson]

In our latest paper in @ScienceAdvances, we engineer a wearable strain sensor capable of tracking a #tumor’s response to a drug in real-time. It does so by continuously detecting micrometer-scale fluctuations in tumor volume. https://t.co/QNQK73bf2T

[Alex Abramson @agabramson]

If you are a scientist and ever had to measure dozens of tumors every day, imagine being able to completely automate and standardize that work! https://t.co/VaCfAMEVSi