Publication

Publication

Detection of Osteoporotic Changes in Rat Femoral Bone Using the Acoustically Stimulated Electromagnetic (ASEM) Method

ASEMtech Inc. (headquartered in Koganei, Tokyo; Representative Director and CEO: Kenji Ikushima; hereafter โ€œASEMtechโ€), in collaboration with researchers from Tokyo University of Agriculture and Technology, Nippon Sigmax Co., Ltd., Tohoku University, and Anylom Inc., has detected osteoporosis-associated changes in rat femoral bones using the acoustically stimulated electromagnetic (ASEM) method, which detects weak electric polarization (piezoelectric […]

Detection of Osteoporotic Changes in Rat Femoral Bone Using the Acoustically Stimulated Electromagnetic (ASEM) Method Read Post ยป

Publication

Oral presentation in The Japan Society of Ultrasonics in Medicin

Title: Anisotropy of Acoustically Induced Polarization in Human Lower Limb Bones and Tendons Significant polarization anisotropy was observed in the Achilles tendon, with polarization occurring along the direction of collagen fiber alignment.In the cortical bone of the tibia, anisotropic polarization was detected along the bone axis in the diaphyseal region, whereas near the epiphyseal region,

Oral presentation in The Japan Society of Ultrasonics in Medicin Read Post ยป

Publication

Paper Selected and Received Encouragement Award

Our paper on anisotropy of acoustically induced polarization in tendon, muscle, and aortic wall has been published. Anisotropy is an important property of fibrous tissue crystallinity.Anisotropic properties of acoustically induced electric polarization in soft fibrous biological tissuesย Jpn. J. Appl. Phys. 63, 04SP17 (2024).This presentation (presenter: Junna Kikuchi) received the Encouragement Award at the 43rd Symposium

Paper Selected and Received Encouragement Award Read Post ยป

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