Light-matter interaction in the Bio-Universe
Our lab studies the interaction of light and matter to devise novel technology for biological research and clinical medicine. Coming from a fundamental optical physics background, we cover all stages of the translational spectrum: we study what light is; we try to understand its interaction with tissue, cells, and biomaterials; we develop advanced optical technology; we build instruments; and, we use our instruments for biological research and in clinical trials. With this approach, we have developed imaging modalities to map properties (e.g. mass, stiffness, viscosity) that are difficult or impossible to measure with traditional techniques but with important biomedical applications.
MSCRF with Dr. Woodworth and Dr. Bar (UMB Neurosurgery)
R21 with Dr. Saeedi (UMB ophthalmology)
MII with Dr. Isiah (UMB otorinolaryngoiatry)
R21 with Katharina Maisel (UMD Bioe)
This completes the series demonstrating that Motion Tracking Brillouin microscopy can detect subclinical keratoconus before current ly available clinical instruments
Congratulations Dr. Xuewen Zhou, Dr. Romanus Hutchins, Dr. Raymundo Rodriguez, Dr. Jake Rosvold
Congratulations Jitao and Milos! And thanks Kandice for the great collaboration!
Chenchen shows neural tube closure with Brillouin microscopy in Scientific Reports.
Romanus demonstrates high-resolution spectroscopy with atomic vapors in Optics Express.
Congratulations!
Read the Guardian story here….
https://www.theguardian.com/science/2022/dec/18/the-10-biggest-science-stories-of-2022-chosen-by-scientists
or here
https://bioe.umd.edu/news/story/umd-bioengineersrsquo-brillouin-microscopy-among-the-guardianrsquos-top-10-science-stories-for-2022
our first Stimulated Brillouin setup….on the front page
https://aip.scitation.org/journal/app?gclid=CjwKCAjwjtOTBhAvEiwASG4bCOvNcv-4vDwfNHE2jZ7t7yyDfVCD620ILpF215fR9MZRlyfcurShjhoC6kgQAvD_BwE
R21 for IMAT will develop Stimulated Brillouin cytometry for metastasis applications! In collaboration with Dr. Martin at UMB and Dr. Kostantopoulos at JHU, the grant builds on the work of REFI fellow Dr. Giulia Zanini!
Both tumor mechanics related! We looked at mechanical modulation of tumor nodules under flow and mechanical modulation of tumor cells during extravasation (collaboration with MIT Roger Kamm and Peter So’s labs)
Eitan’s transient microlenses!!!
https://bioe.umd.edu/news/story/a-new-focus-on-light
In collaboration with Kirill Larin (Houston) and Fabrice Manns (Miami) we’ll study lens biomechanics
Congratulations!!!!
https://life.unige.it/giulia-zanini-dottoressa-fisica-delluniversita-di-genova-vince-il-premio-siof-2019
contact: scarc@umd.edu
Corneal mechanics with Brillouin microscopy with Brad Randleman at Cleveland Clinic