Ikeda Kei

J-GLOBAL         Last updated: Oct 12, 2014 at 19:14
Ikeda Kei
Chiba University

Research Areas



KOYAMA Atsuhisa, SUGA Mikio, KISHIMOTO Riwa, IKEDA Hajime, SHIMAZAKI Shinpei, WAKAYAMA Tetsuya, OBATA Takayuki, TSUJI Hiroshi
IEICE technical report.   112(411) 33-36   Jan 2013
MR Elastography (MRE) and Ultrasound Elastography (USE) are used to quantify the storage modulus or shear wave velocity of tissues. The purpose of this study was to compare the shear wave velocity measured by MRE and ARFI method in USE on the homo...
IKEDA Hajime, SUGA Mikio, KOYAMA Atsuhisa, SHIMAZAKI Shinpei, WAKAYAMA Tetsuya, KISHIMOTO Riwa, OBATA Takayuki
IEICE technical report.   112(411) 235-238   Jan 2013
Magnetic resonance elastography (MRE) is a noninvasive method for measuring tissue quantitative elasticity Current brain MRE methods rely on devices such as bite-bar to elicit vibrations that are tracked by MR imaging. According to a previous stud...
OZAWA Shinya, SUGA Mikio, IKEDA Hajime, KOYAMA Atsuhisa, WAKAYAMA Tetsuya, OBATA Takayuki
IEICE technical report.   111(199) 17-20   Aug 2011
Magnetic Resonance Elastography (MRE) is a method to visualize local viscoelastic modulus from wave motion images in tissue. The tissue viscoelasticity is useful to confirm the diagnosis of disease, disordered function and evaluation of treatment....
ARAI Ken, SUGA Mikio, OZAWA Shinya, IKEDA Hajime, HIRANO Masaya, KOBAYASHI Etsuko, OBATA Takayuki
IEICE technical report.   110(364) 47-50   Jan 2011
Magnetic resonance elastography (MRE) is a technique for quantitative and noninvasive assessment of tissue elasticity. MRE is often described as image-based palpation that can be used to characterize disease because the mechanical properties of ti...