Ultrasound Biophysics & Bioengineering Lab

Ultrasound Biophysics & Bioengineering Lab at Georgia Tech

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Our new research on microbubble dynamics in brain vessels and their impact on BBB function is now published in @NatureComms ! Great leadership by @YutongGuo11 and amazing teamwork by Hohyun (Henry) Lee, Chulyong Kim, and others.

Full Paper: https://t.co/P0YVQQTlI6

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Congrats Chulyong Kim for the Poster Award for "Focused Ultrasound Mediated Thermogenetic Control of CAR T Cell Activity in Breast Cancer Brain Metastasis" from the American Society of Gene & Cell Therapy's 2024 Advancing Gene + Cell Therapy for Cancer Conference! @ASGCTherapy

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Our latest research on the coupled behavior of microbubble dynamics in brain vessels and the impact of microbubble resonant effects on the blood-brain barrier signaling and function has just been published.

To read more:
https://t.co/P0YVQQTlI6

[ASA Students @ASAStudents]

Congrats to #ASA184 BATC student competition winner Grace Conway with Flordeliza Villanueva at @PittCMU_MSTP and 2nd place winners Shumeng Yang with @ChristyKHolland at @CincyMSTP @UCincyMedicine and @alva_ashley92 with Costas Arvanitis at @GeorgiaTechUBL @GeorgiaTech_ECE

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Congratulations to Dr. Costas Arvanitis for winning the Mentor of the Year Award at Woodruff School of Mechanical Engineering! 🏆 Your dedication and guidance have inspired many. Thank you for making a lasting impact! #BestMentor #GaTech https://t.co/apfyFKB7i1

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Our research on real-time monitoring and control of micro-bubble dynamics just took an interesting and exciting turn. To read more, check out our @GeorgiaTechUBL recent publication @ScienceAdvances
https://t.co/1iBo0zPsj3

[Georgia Tech College of Engineering @gatechengineers]

An algorithm-controlled system using focused ultrasound and microbubbles could unlock the potential of a powerful cancer immunotherapy that so far hasn’t worked well for brain glioblastomas. This closed-loop system is out today in @ScienceAdvances. https://t.co/napmxBcc2g

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

We are proud of @YutongGuo11's early recognition by our community! A lot of hard and exciting work is behind this award! To read more: https://t.co/ozeU0U1wD3
@FUSFoundation @MEGeorgiaTech

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Congratulations @alva_ashley92 on winning first place at Georgia Tech's university wide 3MT competition. Ashley (second from left) will receive a research travel grant sponsored by @3M.
@GeorgiaTech @3MT_official

[Georgia Tech ME @MEGeorgiaTech]

Congratulations to the Three Minute Thesis winners.

Ashley Alva, a @GeorgiaTech_ECE PhD student, took first place, and is a member of the Arvanitis lab.

@GarciaLabGT Ph.D. student Michelle Quizon was the runner up and People's Choice winner.

https://t.co/4YkxK7r1RK

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

We celebrate Dr. Costas Arvanitis getting tenure, Congratulations!!

[Acoustical Society of America @acousticsorg]

Focused ultrasound (FUS) creates small regions of high heat or forces to burn or manipulate the tissue. This is especially important for brain diseases, where surgery is particularly challenging. https://t.co/6t3fXoqRFR

#LayLanguage

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Localized blood–brain barrier opening in infiltrating gliomas with MRI-guided acoustic emissions–controlled focused ultrasound https://t.co/vcKUZPnTV4

[Acoustical Society of America @acousticsorg]

Work presented at #AcousticsInFocus allowed researchers to establish a new paradigm for noninvasive targeted drug delivery in glioblastomas. Read the #LayLanguage paper to learn more: https://t.co/sGKBr2JBfk

@GeorgiaTech

[Coulter BME | Emory & Georgia Tech @CoulterBME]

“Interdisciplinary” is in our DNA. Excited to see the work that comes from these 2 teams who received interdisciplinary seed grants from @ibbgatech to catalyze new breakthroughs in scanning #Microscopy & #ultrasound:
https://t.co/UOLLiaswGc

[Ultrasound Biophysics & Bioengineering Lab @GeorgiaTechUBL]

Yutong presented our work at 2021 SNO conference

https://t.co/zNlPC8soag

[Coulter BME | Emory & Georgia Tech @CoulterBME]

Our brains are so well-protected, getting potent RNA-based drugs through to brain tumors has been a major challenge. Researchers may have found a key, using #ultrasound. They just published it in @ScienceAdvances https://t.co/d6mFqli3vX

[Yutong Guo @YutongGuo11]

Check out our @GeorgiaTechUBL recent publication on effective focused ultrasound–mediated delivery of RNA-loaded nanoparticles in brain tumors. It is live in @ScienceAdvances.

https://t.co/6xJZjWA2Hb

[Georgia Tech ME @MEGeorgiaTech]

Fascinating research by two of our professors and their colleagues.

[JASA Express Letters @ASA_JASAEL]

Acoustic source localization with the angular spectrum approach in continuously stratified media: https://t.co/qwqyvXpEvh

@GatechAcoustics
@gatechengineers

#acoustics #localization #engineering

[Georgia Tech ME @MEGeorgiaTech]

Can leveraging vibrations and waves lead to better brain and skull imaging and treatments?

A team of Georgia Tech researchers has funding from the @NSF to explore the idea:

https://t.co/SgPvK3WOoW