Veranstaltungskalender

Equine Myofascial Kinetic Lines. A new tool to understand and treat compensations, imbalances and dysfunctions in the locomotion system of the horse.

Workshop/Vortrag mit Anmeldeschluss am 10.03.2025

Es sind noch Plätze frei.
Jetzt zur Veranstaltung anmelden!

Details
An improved understanding of the fascia system in relation to body functions e.g. locomotion and posture is essential nowadays. The fascia system integrates the body in a 3D network which extend from the skin and deep into the body into the single cell and cell nucleus. The fascia represents the basic skeleton of all structures in the body. The functions of the fascia are numerous and span from pure mechanical to close collaborations and communications with the nervous system. Inspired by Tom Myers (Myofascial trains, KMI), eleven equine myofascial kinetic lines have been dissected and isolated. The lines interact in a full-body network spanning from top to toe, inside to outside, and they balance each other in every direction – in standing and motion. In this 2 days course the anatomy of the equine kinetic myofascial lines (Elbrønd and Schultz, 2015, 2021a,b), the tests and treatments will be brushed up shortly and hereafter we will spend the rest of the two days doing intense practical work with the horses: Locate the lines, watch and understand the posture and compensations, palpate, test, treat and evaluate the lines and the body flexibility before and after treatment. However, to attend in the course, it is mandatory with a detailed knowledge of the fascia structure and function as well as the anatomy of the lines. Therefore, a webinar by Vibeke will be sent to the participants prior to the start of the course. Participants are required to complete this webinar prior to the start of the course.

www.aavpr.at

Referenten
Vibeke S. Elbrønd,
DVM, Ph.D.,
Cert. Vet. Kir., Cert. Vet. Aku., Func. Indir. Osteop.

Sprache
englisch

Teilnahmegebühr

Preise inklusive USt.

Veranstalter
Vetphysiokurs GesbR

Downloads
Vibeke_horse_description.pdf