LITMUS
LABORATORY ON INNOVATIVE TECH
IN MEDICAL ULTRASOUND
Imaging Innovations
Enabling lucid, time-resolved visualization of physiological dynamics by devising new imaging strategies and signal processing algorithms.
Learn more »
Investigative Tool Design
Engineering implementation solutions and test methods that are critical to clinical translation of next-generation ultrasound imaging techniques.
Learn more »
Discoveries in Ultrasound Biophysics
Honing the therapeutic dimension of ultrasound by making key discoveries on sonoporation biophysics and wave-cell interactions.
Learn more »
Cellular Bioeffect Investigations
Developing a proper account on downstream cellular behavior to boost our mechanistic understanding of therapeutic ultrasound.
Learn more »LITMUS – Advancing Medical Ultrasound
LITMUS is a vibrant research group with long-standing interest in tackling frontier problems in diagnostic and therapeutic ultrasound.
Our mission & visionNEWS
Read more »Congrats to Takuro’s JSPS Fellowship!
Apr 2018
Congratulations to Takuro Ishii, who has been successful in obtaining a prestigious JSPS Overseas Research Fellowship to pave his road towards becoming an independent researcher within the next few years. Fantastic news!
Call for new graduate students
Jan 2018
Our lab plans to recruit another few graduate students in 2019. Application deadline for Fall 2019 admission is January 7, 2019. If you are familiar with ultrasound, we could be a great home for your research training!
Congrats to Jason’s CIHR Fellowship!
Oct 2017
Warm congratulations to Jason Au for his success in obtaining a prestigious CIHR Fellowship to pursue postdoctoral research with us. Well done!
RECENT PUBLICATIONS
Learn more »Live ultrasound color encoded speckle imaging platform for real-time complex flow visualization in vivo
IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control, 66(4), 656-669, 2019.
High frame rate Doppler ultrasound bandwidth imaging for flow instability mapping
Medical Physics, 46(4), 1620-1633, 2019.
Effects of ultrasound pulse parameters on cavitation properties of the flowing microbubbles under physiologically relevant conditions
Ultrasonics Sonochemistry, 2019; in-press.
Affiliations
