YOKOI Takashi

J-GLOBAL         Last updated: Oct 22, 2019 at 02:41
 
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Name
YOKOI Takashi
E-mail
yokoitfc.jwu.ac.jp
Affiliation
Japan Women's University
Section
Department of Clothing, Faculty of Human Sciences and Design, Japan Women's University
Job title
Professor
Degree
Doctor of Education
Research funding number
80192805

Research Areas

 

Published Papers

 
Non-invasive assessment of arterial stiffness using oscillometric blood pressure measurement
Hidehiko Komine、Yoshiyuki Asai、Takashi Yokoi、Mutsuko Yoshizawa
Biomedical Engineering Online,11-6、2012      2012
Reduction in α-Adrenergic Receptor-Mediated Vascular Tone Contributes to Improved Arterial Compliance with Endurance Training
Jun Sugawara、Hidehiko Komine、Kouichirou Hayashi、Mutsuko Yoshizawa、Takeshi Otsuki、Nobutake Shimojo、Takashi Miyauchi、Takashi Yokoi、Seiji Maeda、Hirofumi Tanaka
INTERNATIONAL JOURNAL OF CARDIOLOGY,135, pp.346-52,2009      2009
Regular endurance exercise in young men increases arterial baroreflex sensitivity through neural alteration of baroreflex arc
Hidehiko Komin、Jun Sugawara、Koichiro Hayashi、Mutsuko Yoshizawa、Takashi Yokoi
JOURNAL OF APPLIED PHYSIOLOGY,106-5,pp.1499-1505、2009      Mar 2009
Agreement between Carotid and Radial Augmentation Index: Does Medication Status Affect the Relation?
Jun Sugawara、Hidehiko Komine、Kouichirou Hayashi、Mutsuko Yoshizawa、Takashi Yokoi、Seiji Maeda、Hirofumi Tanaka
Artery Research,2-,pp.74-76、2008      Apr 2008
Age-associated elongation of the ascending aorta in adults
Jun Sugawara、Kouichirou Hayashi、Takashi Yokoi、Hirofumi Tanaka
JACC: CARDIOVASCULARIMAGING,1-6,pp.739-748、2008      Nov 2008

Books etc

 
Kodomo keisoku hando-bukku
Jun 2013   
Fukushi Gijutsu HAndo-bukku
Oct 2013   
Kiai kougaku bin-ran ouyou shisutemu hen γ9
Aug 2008   

Research Grants & Projects

 
Research on biomechanical and physiological factors on exercise and human movement
Human factors engineering on clothing and living environment
Human centered design and universal design for clothing and living environment

Patents

 
US 9730594 B2 : Arterial-Wall Stiffness Evaluation System (US Patent)
US 9730594 B2