Latest Articles
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Helping Horses Have a Better Experience in Their Body
A horse lives through sensation. Every stride, transition, jump, and interaction with the environment is filtered through the nervous system by way of the body’s tissues. When those tissues move well, the horse experiences coordination, balance, and ease. When they do not, the horse may experience effort, confusion, guarding, or even anxiety. Massage combined with… Read more
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The Five Elements of Traditional Chinese Medicine and Equine Massage
Traditional Chinese Medicine (TCM) views health as a dynamic balance between interconnected systems. Rather than focusing on isolated structures, this framework considers how physical tissues, emotional states, and energetic patterns interact within the whole body. Within TCM, the Five Elements represent different functional patterns that influence tissues, behavior, recovery, and resilience. When balance shifts, signs… Read more
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Rethinking Collection: Forehand Organization in the Research of Hilary Clayton
Modern equine biomechanics research increasingly supports something that experienced trainers, bodyworkers, and massage therapists have observed for decades: true collection develops through the horse’s ability to lift, stabilize, and suspend the trunk between the forelimbs. Seventeen years of kinematic and kinetic research led by biomechanical veterinarian Hilary Clayton, BVMS, PhD, DACVSMR, MRCVS, at the McPhail… Read more
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Histamine Response to Massage, Touch, and Stroking
Why Skin Changes, Twitching, and Warmth Happen During Bodywork One of the most immediate and visible effects of massage or tactile contact is a change in the skin. Hair may ripple, a region may grow warm, pinkness can appear in light-skinned horses, or a muscle may twitch. Sometimes the horse suddenly turns its head to… Read more
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Magnesium, Cellular Energy, and the Regulation of the Equine Fascial–Muscular System
Magnesium is often described as a “calming mineral,” but in horses its role is far more complex. Rather than simply relaxing tissues, magnesium functions as a physiological regulator, supporting the metabolic conditions that allow fascia, muscle, nerves, and joints to coordinate effectively. At the center of this regulation is cellular energy. ATP—the energy currency of… Read more
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Compensation Is Strategy — Until It Isn’t
Compensations are part of the horse’s survival strategy. Compensation is a strategy—until it isn’t. When a structure in the horse’s body becomes injured, irritated, or overloaded, the body adapts. It redistributes load, alters timing, shifts posture, and modifies movement patterns in an effort to protect vulnerable tissue while still maintaining forward function. In the short… Read more
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12 Important Ways Fascial Health Regulates Your Horse’s Entire System
Fascia is often described as connective tissue, but its role extends far beyond structural support. In the horse’s body, fascia functions as an integrative regulatory system, linking mechanics, neurology, circulation, immune activity, and cellular signaling. This connective network continuously participates in regulating how the body moves, adapts, and responds to stress or load. Understanding… Read more
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Fascial Entrapment Neuropathy in Horses
Fascial entrapment neuropathy in horses occurs when peripheral nerves become irritated or compressed by restricted, thickened, or dehydrated fascia, rather than by bone or obvious structural injury. Because fascia forms a continuous web around muscles, nerves, and blood vessels, restrictions in one area can influence nerve function locally or even at a distance. When this… Read more
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Tissue Adaptation Telocytes: A Newly Discovered Cell Within Fascia and Connective TissueFascial Signaling: Telocytes in Connective Tissue Adaptation
In recent years, researchers studying connective tissue have identified a unique type of cell called a telocyte. These cells are found in many organs—including fascia—and appear to play a role in cellular communication and tissue coordination. Telocytes were first described in the early 2000s, and since then they have generated significant interest in connective tissue… Read more