應中法生物醫學信息研究中心和江蘇省醫學信息處理國際合作聯合實驗室邀請，11月23日（周二）20:00 -22:00，謝菲爾德大學 Rod Hose 榮譽教授給bet356手机版唯一官网師生做學術報告，具體情況如下：
報告題目：用于臨床決策支持的虛拟生理人和簡單生理模型
The Virtual Physiological Human Initiative and Simple Physiological Models for Clinical Decision Support
報告人：謝菲爾德大學 Rod Hose 榮譽教授
時間：2021年11月23日（周二）20:00 -22:00
地點：bet356手机版唯一官网四牌樓校區中山院-202
參會鍊接：https://univ-rennes1-fr.zoom.us/j/99086688130
zoom會議ID：990 8668 8130，密碼：525143
摘要：
I will review briefly the aims and objectives of the Virtual Physiological Human initiative, and look at the features required for adoption of modelling tools in clinical decision support. Multiscale and multi-physics models have become increasingly popular and can provide great insight, but I will make the case that even simple physiological models can be diagnostic and predictive and/or can improve our understanding of (patho)physiology. I will review some of the challenges associated with personalisation and interpretation of local and systems models for the purposes of clinical decision support. I will introduce, review and discuss current challenges in applications in: 1).coronary Fractional Flow Reserve from angiographic images，2).heart valve disease (the EurValve project). I will explore some of the issues of assimilation and interpretation of the data that is likely to be available in a normal clinical pathway, and some of the computational requirements to underpin model development and delivery.
報告人簡曆：
Rod Hose is Emeritus Professor in the Department of Infection, Immunity and Cardiovasular Disease at the University of Sheffield. Prior to his retirement in 2020 he was concurrently Professor of Computational Biomechanics at the University of Sheffield and Professor of Computational Cardiovascular Physiology in the Department of Circulation and Biomedical Engineering at the Norwegian University of Science and Technology (NTNU, Trondheim). In 2011 he was awarded Dr Honoris Causa by the technical University of Cluj Napoca. He has been associated with the Virtual Physiological Human initiative since its inception, was a co-author of the White Paper that launched it and served on the first Board of Directors of the VPH Institute (www.vph-institute.org). He has served as scientific co-ordinator of major international projects in this domain. His early career was in the aeronautical industry before joining academia, firstly in aircraft structural mechanics and then, in 1994, translating to medical physics. His primary research interests are in cardiovascular modelling, especially for coronary artery disease and for heart valve disease.