Ruikang (Ricky) Wang, PhD (Glasgow, ’95), is currently a Professor of Bioengineering and Professor of Ophthalmology at the University of Washington, Seattle, USA. After two years’ postdoctoral research training at Glasgow, Scotland, he joined as a Lecturer, and then, Senior Lecturer in Bioimaging Science with Keele Medical School, England. In 2002, he became a Chair Professor in Biomedical Optics with Cranfield University, England, where he created and directed Biophotonics and Imaging Laboratory. In 2005, he joined Oregon Health and Science University, Oregon, where he was a Professor of Biomedical Engineering and Anesthesiology and the Director of Biophotonics and Imaging Laboratory. In 2010, he moved to scenic and vibrant Seattle in Washington. Dr Wang is a leading figure in biophotonics and optical coherence tomography worldwide. He is author of more than 200 peer-reviewed journal articles, one monograph in optical information processing, as well as 12 book chapters. He is fellow of Optical Society of America (OSA), International Society for Optics and Photonics (SPIE), and American Institute for Medical and Biological Engineering (AIMBE), and a chartered member of the Biomedical Imaging and Technology Study Section for National Institutes of Health (NIH), USA. He currently serves as an associate editor for a number of leading international journals in biomedical optics, including Journal of Biomedical Optics and Biomedical Optics Express. His current research interests include biophotonics and imaging, optical coherence tomography, optical microangiography, photoacoustic imaging and their applications in neurology, ophthalmology, dermatology and cancer.
学术动态
首页 / 学术动态
关于美国华盛顿大学Ruikang Wang教授学术报告的通知
2014-06-17
报告题目:The light works: non-invasive optical 3D imaging of microstructure and microcirculation within tissue beds in vivo
时间:6月19日上午10:00
地点:教三326
报告人:Ruikang Wang
Department of bioengineering
University of Washington
报告摘要:
Advances in optical technologies have spurred many new applications of light in biology and medicine. The expanding fields of optical diagnostics and therapeutics include such diverse topics as photodynamic therapy for cancers and other diseases, fluorescence endoscopy for early tumor detection, photoacoustic imaging for deep tissue vascular visualization, and optical coherence tomography (OCT) for superficial tissue assessment. OCT is a new medical imaging modality in which the coherent interference of a wide spectrum light source is used to create a high resolution (micron-scale) subsurface image of tissue microstructure. Recently, we have supplemented the microstructural OCT images with additional contrast mechanisms such as blood flow imaging using the static and dynamic (Doppler) speckle effects, which provide us the ability to perform label-free optical microangiography (OMAG) of microcirculatory tissue beds. The ability to visualize tissue blood flow at the microcirculation level is important in a variety of biomedical applications, some of which (along with the OCT basics and the enabling technologies) will be highlighted in this talk. Examples using OMAG to delineate the dynamic blood perfusion, down to capillary level resolution, within living tissue will be given, including cerebral blood flow in small animals and retinal blood flow in humans.
报告人简介:
相关信息
最新动态
-
31 07
极端光学技术系列论坛第九期
- 31st July 2023
- 340 W 50th ZJU
-
09 06
关于南京大学现代工程与应用科学学院徐飞教授学术报告的通知
- 9th June 2021
- 340 W 50th ZJU
-
07 12
关于加拿大国家研究委员会Dr. Pavel Cheben学术
- 7th December 2020
- 340 W 50th ZJU
-
28 11
关于南方科技大学沈平教授学术报告的通知
- 28th November 2020
- 340 W 50th ZJU
实验室动态
-
2024年招聘第十六届EPI光学夏令营辅
2024-05 -
EPI中学生光学夏令营第四天
2023-07 -
EPI中学生光学夏令营第三天
2023-07 -
EPI中学生光学夏令营第二天
2023-07