In this course students learn about basic physics of light-biomatter interactions and tissue optics. With this background they will embark on practical issues such as light induced effects in bio-systems, diagnostic techniques and instrumentation, therapeutic instrumentation and applications, introduction to optical tomography, and finally they will learn about recent developments in optical sensors and applications. Lectures are accompanied by laboratory activities ending with a few basic evaluation projects and a final design and fabrication project. After this course the students will be able to evaluate feasibility of new photonic based medical devices, such as diagnostic tools and light treatment technologies, and design and optimize these devices.
http://web.ensc.sfu.ca/undergraduate_program/courses/information/ajenkins-18_0505121541-461
Primary Cilium As Cellular 'GPS System' Crucial To Wound Repair (Science Daily)
Mathematical Models Of Adaptive Immunity (Science Daily)
Answering prayers of sun lovers (Herald Sun)
Treat Acne in Nature This Summer Without Cancer Fears (PIZZAHEROS)
Assistant Professor - Syracuse, NY
Faculty Positions in Biophotonics - Denton, TX
Sr. System Integration Engineer/Optical Engineer - San Diego, CA
Sr Systems Integration Engineer/Optical Engineer - San Diego, CA