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August 2021
Module 4 – Nonvet 11 – EU
Functional anatomy and biomechanics of the spine The occipito-atlanto-axial complex Vegetative integration: the autonomic nervous system: the afferent system theosteopathic importance of the afferent system
Find out more »Module 13 – Nonvet 8 – EU
TMG Osteopathic examination protocol
Find out more »Module 9 – Vet 14 – EU
viscerale osteopathy part – 2: kidneys, urethers, bladder, ovaries, uterus, ductus deferens, and prostate.
Find out more »Module 6 – Vet 15 – EU
the cranial nerves cranio sacral osteopathy in function of the cranial nerves
Find out more »September 2021
Module 11 – Nonvet 9 – EU
visceral osteopathy part – 1: introduction to the principles of visceral osteopathy liver, spleen, pancreas, stomach, duodenum.
Find out more »Module 1 – Vet 16 – EU
Introduction to the equine osteopathy History of the equine osteopathy Functional anatomy and biomechanics of the frontlimb Generalities of the technics Examination and normalization of the frontlimb
Find out more »Module 3 – Vet 16 – EU
Functional anatomy and biomechanics of the sacrumedo-logo100 Functional anatomy and biomechanics of the ilium Vegetative integration: the autonomic nervous system: the efferent system fysiology of the vegetative integration
Find out more »October 2021
Module 2 – Nonvet 12 – EU
Structural and functional anatomy and biomechanics of the hindlimb in general, and in specific for the art. coxae, the art. genus, the art. tarsales, the art metatarso-phalangealis, the art. interphalangealea proximalis et distales, the ossae sesamoideae, and the patellae. The heamodynamic relations and the osteopathic relevance, of the art. coxae. The biomechanics and osteopathic relevance of the menisci. Introduction to the examination and normalizing technics for the hindlimb
Find out more »Module 10 – Vet 14 – EU
TMG Examination protocol Final exams
Find out more »Module 7 – Vet 15 – EU
functional anatomy and biomechanics of the diaphragm, ribs and sternal bone , the abdominal wall
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