Manipulating light, optics and computation for clinical biophotonics and imaging
The Translational Optics Imaging & Spectroscopy Lab @ USF is focused on the development and application of novel optical/opto-electronic instrumentation for the diagnosis, monitoring, and characterization of diseases such as strokes, brain injuries and tumors. Our multidisciplinary approach combines principles/concepts in optics, physics, engineering, and computation in order to directly measure tissue physiology for applications that include:
We graciously acknowledge current research support from the National Institutes of Health (NIH) and the National Science Foundation (NSF).
We recruiting multiple PhD students to join our reserach group as early as Summer/Fall 2024. Students will be supported by research/teaching assistantships. Exceptional students can apply for supplemental fellowship awards from the EE department. Potential projects include: Biophotonics/Neurophotoincs technology development, wearable blood flow monitors, Clinical studies - bedside monitoring of stroke therapy, and more.
Students with background in optical systems, diffuse optics, instrumentation, imaging systems, optical signal/data analysis are encouraged to apply. We welcome applications from students with diverse backgrounds.
More details are in the attached flyer.
Applications will be reviewed until the position is filled.
Three University of South Florida professors who have developed new technologies for stroke identification, blood flow monitoring and neural implants have been named recipients of the university’s Excellence in Innovation Awards. https://t.co/yGd4O02ERc #USFInnovation pic.twitter.com/AHtLAFLvMw
— USF Research (@USFResearch) February 16, 2024
Starting off my 8th year at USF with the happy news that I have been promoted to Associate Professor with tenure. My immense gratitude to my mentors, colleagues, friends, family and students for helping, championing and supporting me over the years.
— Ashwin Parthasarathy (@TropicsLab) August 14, 2023
Happy to celebrate Arindam Biswas’s @Arindam71205739 graduation at the USF Summer 2023 commencement pic.twitter.com/AzCwu6INwl
— Ashwin Parthasarathy (@TropicsLab) August 5, 2023
Exciting collaboration: Engineering meets neuroscience for #stroke prevention! #USF Dr. Ashwin Parthasarathy and #USFHealth Dr. Maxim Mokin have teamed up to develop an innovative device aimed at preventing #strokes in patients during surgery. Read more➡️ https://t.co/UHuh188ouH. pic.twitter.com/t1tfvBsZxS
— USF Health (@USFHealth) June 28, 2023
⏲️🧠Real-time changes in brain perfusion in the angiosuite with @TropicsLab @USFNeurosurgery @usfneurons @WaldoGuerrero82 @KunalVakhariaMD - publication #1 from our latest NIH R21. More to come. Stay tuned.. https://t.co/NeUQw9SxN5 pic.twitter.com/eIZZOpUyPo
— MaxMokinMD (@MokinMax) May 19, 2023
I’m excited to share that I’ve received the NSF CAREER award. A big shout out to my excellent, hard-working students. Many thanks to my mentors and collaborators who have helped me along the way. Thank you @EngineeringUSF @USFResearch @EE_USF for the support. https://t.co/FkUMrTVXee
— Ashwin Parthasarathy (@TropicsLab) March 13, 2023
New article published in IEEE Access. We demonstrate deep tissue DCS blood flow measurements using simple digital circuits with 87.5% data compression https://t.co/YoSlwQ17GK @Arindam71205739
— Ashwin Parthasarathy (@TropicsLab) December 20, 2022
2 US patents granted based on research on new Diffuse Correlation Spectroscopy sensors for measuring blood flow @Arindam71205739 pic.twitter.com/jVsHCtHz2s
— Ashwin Parthasarathy (@TropicsLab) November 9, 2022
#TexasBME alum Aswhin Parthasarathy has received the @cademuseumprize for innovation for his non-invasive rbSEE blood flow monitor, which could improve treatment of traumatic brain injuries, stroke and other diseases with advancements in #imaging https://t.co/auPVXCcHy1 🤘🤘🤘 pic.twitter.com/AMIhsbFiBz
— Texas BME (@UTBiomedical) July 13, 2022
Read about Dr. Daniel Yeh's invention, the NEWgenerator, which brings clean water to disadvantaged communities. And SPKL's technology that can precisely measure blood flow in the body’s tissues for more accurate medical assessments of strokes. Read more: https://t.co/WU1syyO38C pic.twitter.com/74ufFpyHdn
— USF Research (@USFResearch) March 29, 2022