December 5, 2023

The 33rd TI-FRIS Hub Meeting/49th FRIS Hub Meeting (Hybrid event)

TI-FRIS Hub Meetings are held once a month at Tohoku University to foster researchers who understand and can utilize the importance of interdisciplinary research across disciplines and institutions.
 
Common sense and way of thinking cannot be expected among researchers in different fields. The audience is encouraged to ask questions during the presentation to discuss and deepen their understanding. Please participate actively.

 
 
・Date & Time: Every 4th Thursday of the month except August (11:00-12:00)
・Target Audience: TI-FRIS Fellows, researchers and students from TI-FRIS participating institutions

 
The 33rd TI-FRIS Hub Meeting (jointly held with the 49th FRIS Hub Meeting)

Date and Time Thursday, December28, 2023, 11:00 to 12:00

Event Format:
Hybrid (Online/Zoom・Frontier Research Institute for Interdisciplinary Sciences Seminar room)
Please register to the application form here :Google Form by Wednesday, 27 December, 2023, 15:00
*Depending on the status of the new coronavirus infection, it may be necessary to take measures to prevent the spread of the virus. Please note that there may be changes to online-only sessions, etc. Thank you for your understanding..
 
 
Presenter:Asst Prof., Takuro ISHII
(Frontier Research Institute For Interdisciplinary Sciences,  Tohoku University /  Device and Technology)
 
 
Presentation Title:Biological Flow Imaging with Ultrasound
Abstract:Ultrasound technology is a vital tool in non-invasive organ assessment. Its unique ability to measure and visualize internal body flows, such as blood circulation, is crucial for understanding cardiovascular health and pathology. Recent advancements in medical ultrasonics have improved spatial resolution, enabling imaging of micro-scale flow tracts, and increased temporal resolution to over 1,000 frames per second, capturing complex and transient flow patterns. This presentation will introduce the interdisciplinary efforts behind these ultrasound advancements and how they have provided deeper insights into multi-scale biological flow dynamics.
 
※We do not to give a video archive for this seminar