Special symbols
Technology involving patent rights held by Keio University. For further information, please inquire at the KLL Desk.
Research Project at Keio Innovation Foundry (KIF) as one of Keio University Faculty of Science and Technology 75th Anniversary Commemorative Project.
Biomedical
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Biomedical The innovative arrhythmia therapy: PD ABLATION®
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| Professor ARAI, Tsunenori Department of Applied Physics and Physico-informatics |
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We have proposed PD ABLATION® as an application of Photodynamic Therapy to an innovative arrhythmia treatment and developed a clinical device. The great interest has been focused in the heart rhythm societies of worldwide. We will show you the state-of-the-art technologies on PD ABLATION®.
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Biomedical Innovative laser probe technology for deep lesion
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| Professor ARAI, Tsunenori Department of Applied Physics and Physico-informatics |
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To treat deep tumor lesion, we have focused on development of an ultra-thin laser probe less than 1.5 mm in diameter. We specially designed the probe to treat distal lung tumor and brain stem tumor. New technologies equipped on the probe will be shown.
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Biomedical Cure arteriosclerotic blood vessel surely:
Vascular hyperthermia  |
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| Professor ARAI, Tsunenori Department of Applied Physics and Physico-informatics |
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We have developed innovative vascular heating technology by means of laser-mediated-heat generation to treat ischemic disease. A dilatation as well as drug delivery characteristics were drastically improved. We have already experienced clinical cases. We will present the clinically available heating catheter and irrigating system.
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Biomedical Information and Communication Wireless Health Monitoring
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| Professor OTSUKI, Tomoaki Department of Information and Computer Science |
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We introduce wireless health monitoring techniques that can realize non-contact measurement of vital signals, such as heart beat, breathing, and blinking.
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Biomedical Information and Communication Monitoring Using Radio Wave: Array Sensor
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| Professor OTSUKI, Tomoaki Department of Information and Computer Science |
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We introduce an array sensor that can monitor a person using radio wave without invading privacy. Array sensor can classify activities and localize person.
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Biomedical Information and Communication Monitoring Based on Temperature Distribution:
Low-Resolution Infrared Sensor  |
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| Professor OTSUKI, Tomoaki Department of Information and Computer Science |
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We introduce our monitoring system using a low-resolution infrared array sensor that can monitor a person based on temperature distribution without invading privacy.
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Biomedical Society & Environment Investigation of the mechanisms of
health effect caused by PM2.5 particles    |
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| Associate Professor OKUDA, Tomoaki Department of Applied Chemistry |
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Recently, atmospheric aerosols such as PM2.5 are of serious concern for human health. Physical and chemical properties of aerosols are important as they provide metrics for their adverse health effects. Here I would like to introduce recent concept to elucidate these parameters using aerosol engineering techniques such as virtual impactor and cyclone system.
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Biomedical Society & Environment Inkjet-Printed Chemical Sensors for
Healthcare and Environmental Applications  |
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| Professor CITTERIO, Daniel Department of Applied Chemistry |
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Inkjet printing technology commonly known from home-use inkjet printers has become a tool for industrial-scale mass fabrication. Our laboratory is making use of this technology in combination with paper substrates to develop low-cost, single-use and simple chemical sensors for clinical and environmental applications.
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