We present a mm-sized, ultrasonically powered, lensless CMOS image sensor for wireless fluorescence microscopy. Access to real-time cellular-level information within the tissue can provide new insights for diagnosis and personalized treatment guidance across numerous medical conditions including cancer therapy. In cancer immunotherapy, for instance, where a priori identification of responders is challenging, real-time intratumoral information can aid early assessment of treatment response, identifying activation of the immune system leading to durable responses or rapid...
I'm Rozhan Rabbani and I was born in Urmia, Iran. Since Fall 2013, I have studied at Sharif University of Technology, Tehran, Iran. Studying electronics engineering as my main major minored with economics, has broaden my view toward engineering with an economical and managerial perspective. I have done research both on low power biomedical systems and RF design under supervision of renowned electronics professors at Sharif University of Technology. I'd like to pursue my interests in vast research areas of electronics including RF IC Design, Low Power Biomedical Circuits and Wearable...
Mekhail Anwar is an affilated BSAC faculty member and Associate Professor in Residence in the Radiation Oncology Department at UCSF, with an affiliate appointment in our department. Professor Anwar's research areas include many areas within the broad area of electronic circuits and devices.
Dr. Anwar's goal is to solve the fundamental and persistent challenge in cancer – identifying where all tumor cells are and how patients respond to treatment – opening the door to truly precision, personalized medicine. I develop imaging and biosensing tools using...