Ongoing development and collaboration with universities, hospitals, and research institutions working at EMS technology.
The Research Behind ABSPULSE
ABSPULSE is positioned within a broader EMS evidence story shaped by academic partnerships, clinical implementation, and use across medical, university, and performance settings.
Our Product is Backed by Clinical and Scientific Research
EMS is a well-studied technology. These figures reflect years of research, publications, and scientific activity across the field.
Our product is based on
These publications, trials and presentations reflect ongoing work across the EMS field, including academic research, clinical applications, and performance-focused environments.
International Papers
Published in peer-reviewed international journals.
Randomized Controlled Trials
have been published, involving hundreds of participants.
International Conferences
Presented at international scientific conferences.
Independent Research
Published in domestic scientific journals.
Researchers helping shape the science behind the category.
Hideo Akune
Contributions across health science, movement, and practical EMS application.
Yuichi Nishikawa
Clinical and applied research perspectives informing how EMS can be used in practice.
Yoshifumi Moriyama
Academic collaboration helping translate evidence into clearer real-world application.
Kohei Watanabe
Performance-focused insight across demanding training and conditioning environments.
EMS and Muscle Activation in Controlled Studies
Case Study
This study evaluated the effects of Electrical Muscle Stimulation (EMS) on muscle activity and balance. Participants using EMS showed measurable changes in muscle engagement and maintained balance performance compared to the control group.
How EMS is being explored across practical study topics.
Skeletal muscle stimulation for frail older adults
Exploring how EMS may support practical movement programs in aging-related contexts.
Exercise effects of electrical stimulation
Looking at exercise outcomes and the practical design of stimulation-based programs.
Frequency ranges linked to myokine expression
Examining stimulation settings that help inform evidence-based development decisions.
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Where research begins to move into practical settings.
Kaikoukai Group
Care-field applications connected to active-lifestyle and movement-support programs.
Kanazawa University Hospital
Medical-context collaboration with a more data-informed approach to implementation.
Toyota City initiative
Community-level practical trials connected to movement, wellness, and active aging.
Higashiizu Town initiative
Local implementation examples tied to active aging and everyday movement goals.
Our product is used in professional training environments.
Yuto Nagatomo
Professional soccer player. Recovery, preparation, and body care matter just as much as training when the goal is still ahead.
Aoyama Gakuin University Track Team
Use EMS to accelerate muscle gain and recovery after intense sports challenges.
Japan Ice Hockey Federation
A high-demand training environment built around repeatable routines.
Insights from Clinical and Performance Studies
These selected studies show how EMS can influence muscle activity and performance during structured use.
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