Assistant Professor at Biomedical Imaging Group, Grad School of BME, Tohoku Univ | Medical Ultrasonics | Chiba, JP → Hong Kong → Waterloo, CA → Sendai, JP
東北大学からの活動レポート 🌸「カナダ ウォータールー大学との共同研究プログラム」が、さくらサイエンスプログラムHP に公開されました。💫
Activity Report from Tohoku University has been published on our website!
https://t.co/33l3Gcc7rN
#さくらサイエンス#SakuraScience@tohoku_univ
今年度も東北大学の学部生を対象とした研究ワーク体験の募集を行っています。特に、研究成果の展示イベントでVR展示などをお手伝いいただける方を至急探しております。興味のある方はウェブサイトをご確認ください。
https://t.co/hYseEQRbfj
@FRIS-URO WG
#東北大学#研究室#学内バイト
We are holding the first FRIS URO Student Exchange Meeting on January 26th. If you are an undergrad student of TU and interested in FRIS URO, please come and see FRIS URO students and their recent activities!
https://t.co/PaK6fx6dN3
An important milestone towards the physics-based therapeutic guidance for the prostatic urethra diseases: the high-frame rate ultrasound technologies unveiled complex flow dynamics in the male urethra with lower urinary tract symptoms. https://t.co/ceutticQ0b
Please check @abhatti_imaging's latest work: a new ultrasound flow phantom protocol that enables making a bifurcated micro flow channel at 2 mm from the surface.
Undergraduate students at Tohoku University are welcome to join with young researchers for laboratory part time job. Send your CV from below to lab of your interest!
https://t.co/BELYoXQHic
https://t.co/UFjCHcdSDO
#FRIS_URO#TohokuUniversity#undergraduateparttimejob
Our latest publication shows a new potential application of the ultrasound vector flow imaging for monitring and optimizing the blood flow mixing in the thoracic aorta under veno-arterial extra coporeal membrane oxygenation. Please check it out!
https://t.co/orWoO1JYBy
Dr. Joji Kusuyama at The Frontier Research Institute for Interdisciplinary Sciences, Tohoku University, will give an oral presentation at Nature Conferences on June 28 - 30. Registration/attendance is free for academics. https://t.co/9rtcWLipN5
In-human #ultrasound localization microscopy (#ULM) was implemented on a high frame-rate clinical ultrasound scanner using data acquired from a single breath-hold with free-hand scanning, showing great potential for future clinical translations.
Looking for a tool to evaluate your 3D (and 4D) ultrasound flow measurement? Here is a solution!
Helical toroid phantom for 3-D flow imaging investigations https://t.co/9GHujniUYP via @IOPscience
I never get tired of seeing these beautiful blood flow images we can get with #ultrasound nowadays without using any contrast. Ultrasound is such an excellent modality for imaging vessels deep into the body with high resolution and in real-time!
Functional ultrasound imaging in freely behaving rodents gives new insights on the way brain regions adapt during repetitive tasks. Here see how hippocampus takes progressively the lead during rat locomotion in a corridor. @bergel_a et al in @NatureComms:https://t.co/eQbEUR13RF