Welcome to the PVS Therapeutic Research Institute (PVTRI)

The PVTRI was established to advance understanding of the Primo Vascular System (PVS) — a subtle and emerging anatomical system first brought to public attention through the pioneering work of Professor Soh Kwang-Sup. Building on this research, the institute is dedicated to education, exploration, and the development of therapeutic approaches that engage the PVS in meaningful, evidence-informed ways. 

 

Our mission is threefold: to raise awareness of the PVS and its potential significance within human physiology; to research and refine methods of working with the PVS through manual therapy; and to expand current understanding of the system’s structure, function, and role in health.

 

While PVTRI does not conduct medical or clinical research, we collaborate closely with and draw upon the discoveries of those who do — integrating insights from osteopathy and related disciplines with open, interdisciplinary inquiry. As a growing institute, PVTRI seeks to establish a thoughtful and authoritative presence in the field — fostering dialogue, supporting research development, and cultivating a community of practitioners and scholars dedicated to exploring the therapeutic possibilities of the PVS.

PVTRI - Services

Research

To explore the potential for therapeutic applications, we continually work to develop:
-manual identification criteria
-manual location methods
-manual therapeutic applications

Education

Offering presentations as well as courses on current manual therapy applications for working with the Primo-vascular System.

Publication

Journal articles & books
Soon available:
"Modern Osteopathy for the Primo Vascular System - manual therapy for the anatomical meridians"

“Exploring manual therapeutic applications for the anatomical meridians / Primo Vascular System”

About us

We are a growing collective of manual therapists, including Osteopaths and Chinese/Eastern Medicine Practitioners, who are involved in expanding the possibilities of therapeutic interaction with the Primo Vascular System.