Equine Massage
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From Poll to Sacrum: The Dural Sleeve and the Dural Fascial Kinetic Chain
Beneath the muscles, bones, and visible lines of movement lies a deeper system that quietly shapes how a horse moves, balances, and responds to the world. The dura mater and its fascial extensions form a continuous kinetic chain running from the…
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Chronic Back Pain Interrupts Myofascial Force Transmission
The myofascial system is a continuous, body-wide network of fascia and muscle that distributes tension, load, and movement forces from one region to another. When this system is healthy, forces generated in the hips, limbs, or trunk travel efficiently through the…
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How Horses Experience Touch: The Three Neurobiological Pathways That Shape Their Response
Touch is never just a physical event for a horse. It is a neurobiological experience shaped by attention, expectation, and context. In 2016, research by cognitive neuroscientist Dan-Mikael Ellingsen and colleagues clarified three primary pathways through which mammals experience touch. These…
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How Massage Modulates Muscle and Fascial Tone
Massage can both down-regulate and up-regulate muscle and fascial tone—but not by acting directly on the muscle fibers themselves. The real driver of tone is the nervous system. Understanding this distinction helps explain why skilled hands can create immediate, sometimes dramatic…
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Fascia Helps Tune and Modulate Your Horse’s Spinal Cord
Fascia plays a critical—and often overlooked—role in how your horse’s nervous system functions. In particular, the fascia and deep postural muscles of the poll and upper neck act as regulators of spinal cord environment and neural clarity. Through subtle but constant…
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Nociceptive, Neuropathic, and Nociplastic Pain — and Where Massage, Myofascial, and Movement Therapy Fit In
Pain is not a single entity. It is a complex experience shaped by tissues, nerves, and the nervous system’s interpretation of sensory input. Modern pain science recognizes three primary pain mechanisms: nociceptive, neuropathic, and nociplastic pain. While these categories are often…
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Extracellular Vesicles: What They Are, What They Do, and Why Manual Therapy Matters
Extracellular vesicles (EVs) are tiny, membrane-bound packages released by nearly every cell in the body. Think of them as biological messages sealed in envelopes. They travel through interstitial fluid, lymph, blood, and tissue planes, carrying instructions from one cell to another.…
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What is the Difference Between Laterality and Asymmetry?
What Is the Difference Between Asymmetry and Laterality? Asymmetry and laterality are often used interchangeably, but they describe very different phenomena. Understanding the distinction between the two—and how they interact—helps explain why some movement patterns feel stubborn, while others change quickly…
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Fascia’s Signaling Molecules
How Massage Therapy Influences the Body’s Connective Communication Network For much of medical history, fascia was dismissed as passive packing material—a structural wrapping thought to merely hold muscles and organs in place. Modern research has overturned that view. Fascia is now…
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Estrogen, Fascia, and Why Mares Feel “Different” at Different Times
Fluctuations in estrogen across the mare’s estrous cycle significantly influence the mechanical and neurological behavior of fascia. These changes directly affect how a mare responds to bodywork, training load, coordination, recovery, tendons, and hooves. Medications such as Regu-Mate (altrenogest) also modify…