This 8-hour continuing education course within the LaFountaine Structural Correction™ Professional Series provides advanced, clinically grounded training for massage therapists seeking greater diagnostic precision and structural understanding. Participants will develop refined palpation skills to detect tissue irregularities, load imbalances, and mechanical dysfunction while learning to interpret temperature anomalies as objective indicators of underlying structural stress.
The curriculum includes the Thermal Texture Technique™, Progressive Deep Tissue™, and the Muscle Suspension System™, guiding practitioners through layered assessment and controlled tissue engagement to improve stability, distribution of force, and movement efficiency. Through Thermaltography™, attendees will learn to map thermal patterns across functional groups, allowing for clearer identification of compensation chains and stress pathways that may not be immediately visible through observation alone.
Central to the course is the Tri-Antagonist Matrix™ Cause-and-Effect Registry (1–15), introducing a role-based framework for analyzing muscular interaction groups and recognizing predictable failure patterns. This structured model supports reproducible clinical reasoning, helping therapists transition from symptom-focused work toward mechanically informed decision-making.
Designed for serious professionals, this training strengthens palpatory intelligence, enhances structural interpretation, and builds confident, outcome-oriented hands-on application for real-world practice.
40
seats
available
Saturday April 25TH
THE LAFOUNTAINE THERAPY CANON
The LaFountaine Therapy Canon represents the life’s work of Denny Michael LaFountaine LMT, LSC, a practitioner with twenty‑six years of clinical massage therapy, a disabled United States Navy veteran (1992–1996), and the author of eight books, fifty‑two Zenodo research artifacts, and nine OSF scientific papers. His canon is one of the most extensive independent scientific bodies in modern structural therapy, spanning human biomechanics, equine performance, athletic optimization, chiropractic structural logic, and species‑wide mechanical analysis.
At its core, the LaFountaine Therapy Canon is a unified scientific language. It is a complete structural operating system that integrates anatomy, physics, fascia, sensory neurology, thermal‑texture mechanics, and movement science into a single reproducible framework. This canon does not imitate existing modalities; it replaces them with a governed, inheritance‑based scientific architecture capable of describing how bodies move, how they fail, how they compensate, and how they restore mechanical integrity.
The foundation of this system is LaFountaine Structural Correction™ (LSC), a structural‑mechanical framework that defines the laws of load distribution, tension propagation, flow behavior, collapse sequencing, and movement initiation. LSC is built on the Tri‑Antagonist Matrix™ (TAM), a biomechanical engine that maps the three‑way opposition of muscular forces, directional vectors, and mechanical operators that govern every human and animal movement pattern. TAM is the first system to identify and classify collapse signatures, torque‑based distortions, and phase‑dependent mechanical failures across the entire body.
From this foundation emerges Thermaltography™, a new scientific field authored and defined by LaFountaine. Thermaltography™ is the world’s first tactile‑thermal mapping discipline — a motion‑responsive palpation science that interprets relative temperature gradients, texture states, and mechanical flow behavior to identify non‑pathological soft‑tissue anomalies. It is the parent discipline of the Thermal Texture Technique (TTT) v2.0, a complete tactile‑thermal framework supported by a thirty‑two‑pattern anomaly registry, a full technical note, a complete report, and a visual atlas. Thermaltography™ is the first system in history to unify thermal contrast, texture mechanics, flow interpretation, and progressive palpation into a single governed methodology.
The canon also includes X‑LHM™ (Cross‑Lateral Hydrotherapy Modulation) and X‑LTM™ (Cross‑Lateral Thermal Modulation), two structural‑mechanical systems that define how hydrothermic and thermal modulation influence cross‑lateral flow, tension behavior, and mechanical responsiveness across the body. These systems extend the reach of the canon into hydrothermic and thermal‑mechanical domains, providing a structural interpretation of temperature‑driven modulation that integrates seamlessly with TAM, LSC, and Thermaltography™.
The LaFountaine Therapy Canon expands beyond human application. The Equine Structural Canon adapts TAM, LSC, and Thermaltography™ to the biomechanics of horses, establishing a structural language for performance, gait analysis, injury‑prevention, and mechanical flow interpretation in one of the world’s most powerful athletic species. The Chiropractic Professional Series translates the canon into a structural‑mechanical framework for joint‑driven practitioners, offering a reproducible method for understanding soft‑tissue flow, collapse patterns, and mechanical anomalies within chiropractic practice. The Athletic Performance Series applies the canon to high‑performance movement, mapping the mechanical signatures that separate efficiency from compensation, and power from collapse. The Species‑Wide Structural Series expands the canon into cross‑species structural logic, demonstrating that the laws of TAM, flow mechanics, and thermal‑texture behavior are universal across biological design.
Across all of these domains, the LaFountaine Therapy Canon remains consistent: a governed, ethics‑anchored, mechanically defined scientific system authored by a single practitioner over decades of clinical work, research, and structural discovery. It is a canon built to outlive its author — a structural operating system designed for practitioners, researchers, and future generations who seek clarity, reproducibility, and mechanical truth in the study of movement and soft‑tissue behavior.
THE MUSCLE SUSPENSION SYSTEM™
The Muscle Suspension System™ is a clinical limb‑unloading architecture developed to solve one of the most persistent problems in manual therapy: the body’s instinct to guard, brace, and protect itself the moment the practitioner begins working. For more than twenty‑six years, I watched clients struggle to relax their arm while I attempted to access the deep structures of the shoulder girdle, thoracic outlet, and rotator cuff. Even the most cooperative client cannot fully release a limb they are responsible for holding up. That muscular effort—small as it may seem—creates false tone, masks dysfunction, and distorts the very tissue behavior a practitioner is trying to evaluate.
The Muscle Suspension System™ eliminates this problem entirely. By placing the arm into a soft therapeutic cuff and suspending it through a stable overhead pulley, the limb becomes weightless. The client no longer participates in holding their arm; the system does it for them. As the limb enters passive float, the neuromuscular system quiets, co‑contraction drops, and the true behavior of the tissue emerges. This is the moment when structural truth becomes visible.
Inside this unloaded environment, the body reveals patterns that are otherwise impossible to detect. Cold zones, heat signatures, fascial drag, density anomalies, and tensor‑field distortions become clear under the Thermal Texture Technique™. The staged‑pressure cycles of Progressive Deep Tissue™—35%, 55%, and 85%—can be delivered without triggering alarm responses or defensive tightening. Most importantly, the four operators of the Tri‑Antagonist Matrix™ express their roles with complete honesty. The Agonist shows its drive vector. The Antagonist reveals its counter‑pull. The Bi‑Antagonist displays its stabilizing load absorption. And the Tri‑Antagonist—the collapse engine—exposes its cold, corded, or dead‑flow signature with unmistakable clarity.
The Muscle Suspension System™ is not traction, force therapy, or joint distraction. It does not pull, stretch, or manipulate the limb. It simply replaces muscular effort with passive mechanical support so the practitioner can work inside a stable, quiet, reproducible environment. This allows deeper access to restricted tissues, safer decompression of the shoulder complex, and a level of diagnostic precision that traditional manual therapy cannot achieve.
Clinically, the system has transformed the way I work with thoracic outlet patterns, rotator cuff dysfunction, clavicular girdle restrictions, and the complex interplay of the teres group, latissimus dorsi, pectoralis minor, and long‑head biceps tendon. With the limb suspended, the tissue softens, the breath deepens, and the autonomic system shifts toward safety. The practitioner gains bilateral access, improved ergonomics, and the ability to track collapse sequences across the Tri‑Antagonist Matrix™ without interference from guarding or compensation.
Every component of the MSS—its soft cuff, static rope, overhead pulley, lock‑off mechanism, and incline table—exists for one purpose: to create a mechanically neutral environment where the body can reveal its truth. The system is governed by strict safety and ethical standards, requiring licensure, informed consent, and clinical competency. It is not a tool for untrained operators. It is a clinical operating environment designed for reproducibility, lineage continuity, and the ethical stewardship of structural‑correction work.
The Muscle Suspension System™ stands as one of the foundational pillars of LaFountaine Structural Correction™. It is the environment in which Progressive Deep Tissue™, the Thermal Texture Technique™, and the Tri‑Antagonist Matrix™ reach their full potential. It is the architecture that allows the practitioner to see clearly, work safely, and correct with precision. And it is the result of decades spent in the dark, eyes closed, hands searching for the truth inside human anatomy.
This system exists for one reason:
to restore mechanical integrity and keep people working.
Proprietary Modalities Under the LaFountaine Structural Correction™
Progressive Deep Tissue™ — Depth Takes Mastery
Progressive Deep Tissue™ is a three‑stage depth system built on controlled descent: 35%, then 50–55%, then 75–85% depth. The practitioner sponges the muscle through each layer, allowing the tissue to clear, decompress, and reveal its true mechanical state without triggering resistance. Each pass prepares the next. Each depth is earned, not forced. This method restores glide, flow, and structural integrity by following the body’s natural release sequence. Progressive Deep Tissue™ is one of the core engines of LaFountaine Structural Correction™, and its governing principle remains absolute: depth takes mastery.
Thermal Texture Technique™ is the tactile‑thermal engine of Thermaltography™, built on a governed system of thirty‑two distinct knot, anomaly, and temperature patterns. Each pattern represents a specific mechanical state inside the Tri‑Antagonist Matrix, revealing how the body is suspending, abandoning, or redirecting load. TTT™ reads temperature contrast, texture behavior, and directional flow as structural information, allowing the practitioner to track collapse signatures and compensation routes with precision. By interpreting these thirty‑two patterns in sequence, TTT™ becomes a direct pathway into the Tri‑Antagonist Matrix itself, exposing the mechanical operators responsible for the dysfunction. It is one of the core modalities of LaFountaine Structural Correction™, giving practitioners a reproducible method to read the body’s thermal‑mechanical language in real time.
Advanced Acupressure™ is the pressure‑based structural interface of the LaFountaine Therapy Canon, using precise point compression to influence load, flow, and tension behavior inside the Tri‑Antagonist Matrix. It is not traditional acupressure and not energy‑based; it is a mechanical system that targets structural operators, suspension points, and collapse signatures. Each point acts as a mechanical switch, altering how tissue carries or abandons load. Advanced Acupressure™ pairs with Thermaltography™ and the Muscle Suspension System™ to expose hidden tension routes, redirect flow, and restore mechanical balance with accuracy and reproducibility.
Fascia Mapping™ is the structural navigation system of the LaFountaine Therapy Canon, a full‑body interpretive map that reads fascia as a living, load‑bearing architecture rather than passive connective tissue. It tracks temperature, texture, glide, direction, and tension behavior across the superficial, deep, and epimysial layers, revealing how the body distributes force, absorbs collapse, and redirects mechanical load through the Tri‑Antagonist Matrix. Every line, contour, and thermal shift reflects a structural decision the body has made — where it is compensating, where it is failing, and where it is suspending the burden of movement. Fascia Mapping™ turns the body into a readable landscape, allowing practitioners to follow mechanical flow with precision and to identify the exact pathways that lead into the deeper operators of LaFountaine Structural Correction™.
Structural Override™ is the corrective command system inside the LaFountaine Therapy Canon — the moment when the practitioner applies a governed mechanical intervention that forces the body to abandon its compensation pattern and return to its primary structural operators. It is not force, not pressure, and not manipulation. Structural Override™ is a precision‑timed interruption of a collapse sequence, delivered when the Tri‑Antagonist Matrix is exposed and the tissue has revealed its true suspension pattern.
In this system, the practitioner identifies the dominant operator, the failing operator, and the compensating operator, then applies a targeted mechanical cue that overrides the body’s current strategy. This cue resets load distribution, restores flow, and reactivates the correct mechanical pathway. Structural Override™ works because it speaks the body’s structural language — temperature, texture, tension, and directional flow — and interrupts the exact moment where the system is choosing dysfunction over integrity.
It is one of the highest‑level modalities within LaFountaine Structural Correction™, used only when the body is fully mapped, the Tri‑Antagonist Matrix is located, and the collapse signature is understood. Structural Override™ is the practitioner’s ability to change the body’s mechanical decision in real time — a governed reset that restores the architecture to its intended design.
Override Manual™ is the high‑authority corrective system inside LaFountaine Structural Correction™, used when the body must be forced out of a failing mechanical strategy and returned to its primary operators. It is the governed, rule‑based version of Structural Override™, built as a repeatable protocol rather than a single corrective moment. The Override Manual™ identifies the dominant operator, the failing operator, and the compensating operator, then applies a precise mechanical cue that interrupts the collapse sequence and resets load distribution.
This system works because it speaks the body’s structural language — temperature, texture, tension, and directional flow — and intervenes at the exact moment the Tri‑Antagonist Matrix is exposed. The Override Manual™ is not pressure, not force, and not manipulation. It is a mechanical command sequence that compels the body to abandon its compensation pattern and re‑engage the correct structural pathway.
It is one of the highest‑level proprietary modalities in the LaFountaine Therapy Canon, used only when the tissue has been mapped, the thirty‑two thermal‑texture patterns have been interpreted, and the mechanical operators are fully understood. The Override Manual™ is the practitioner’s ability to change the body’s decision in real time — a governed reset that restores structural integrity.
Thermaltography™ is the sensory‑mechanical science at the core of LaFountaine Structural Correction™, built to read the body through temperature, texture, and flow instead of guesswork. It interprets thermal contrast, tissue density, glide, and directional pull as mechanical data, revealing how the body is suspending, abandoning, or redirecting load inside the Tri‑Antagonist Matrix.
This system is governed by a thirty‑two‑pattern registry of knots, anomalies, and temperature signatures. Each pattern corresponds to a specific mechanical state — collapse, compensation, suspension, or redirection — making the body’s structural behavior readable in real time. Thermaltography™ exposes the operators responsible for dysfunction by showing where heat concentrates, where cold withdraws, where texture thickens, and where flow is being choked or rerouted.
It is the interpretive engine behind the Thermal Texture Technique™, the Muscle Suspension System™, and the entire LaFountaine Therapy Canon. Thermaltography™ turns the body into a map of mechanical truth, giving practitioners a governed, reproducible way to locate the Tri‑Antagonist Matrix and understand the structural decisions the body is making beneath the surface.
Muscle Suspension System™ The Muscle Suspension System™ is the clinical environment that allows the body to reveal its true mechanical behavior once the limb is fully unloaded and neuromuscular guarding has dropped. It does not speculate about “tight” or “weak” muscles. Instead, it shows the actual mechanical state a muscle enters when the body is compensating, stabilizing, or collapsing under the laws of the Tri‑Antagonist Matrix™.
When the limb is suspended and the client is no longer responsible for holding their own arm, the tissue becomes honest. Patterns that were previously hidden by co‑contraction, bracing, or protective tension become clear. The practitioner can see how a region is carrying load, how it is abandoning load, and how force is being redirected through surrounding structures. These behaviors are not random — they are the direct output of how the Agonist, Antagonist, Bi‑Antagonist, and Tri‑Antagonist are interacting in real time.
Inside the MSS environment, the body’s mechanical decisions become visible through Thermaltography™, the Thermal Texture Technique™, and the established registry of temperature anomalies, fascial drag, density changes, and tensor‑field distortions. Cold zones, heat signatures, boggy regions, corded tension, and directional pull all reflect the underlying operator roles and the collapse sequence occurring within the Matrix.
The Muscle Suspension System™ is not a theory and not an accessory. It is one of the core operating engines of LaFountaine Structural Correction™, providing the neutral, reproducible, mechanically stable environment required to identify the failing operator, trace the collapse pattern, and correct the system with precision. By removing limb‑support reflexes and eliminating false tone, the MSS allows the practitioner to read structural behavior exactly as it is — without interference, distortion, or compensation.
Tri‑Antagonist Matrix™ is the four‑operator structural engine of LaFountaine Structural Correction™, built on the interaction of the Agonist, Antagonist, Bi‑Antagonist, and Tri‑Antagonist. These four roles form the complete mechanical conflict system that determines how the body drives movement, counters movement, stabilizes load, and collapses under dysfunction.
The Agonist drives.
The Antagonist counters.
The Bi‑Antagonist stabilizes.
The Tri‑Antagonist sabotages.
The Matrix is located through Thermaltography™, the Thermal Texture Technique™, the Muscle Suspension System™, and the thirty‑two‑pattern registry of knots, anomalies, and temperature signatures. Each pattern reveals how the body is suspending, choking, or rerouting force, making the Matrix readable in real time.
When the Tri‑Antagonist Matrix™ is exposed, the practitioner can identify the dominant operator, the failing operator, the stabilizing operator, and the collapse engine itself. This becomes the gateway to Structural Override™ and the Override Manual™, because it reveals the true mechanical decision the body is making beneath the surface.
Bi‑Antagonist™ is the stabilizing operator inside the Tri‑Antagonist Matrix, the role that absorbs, balances, and redistributes load when the Agonist and Antagonist fall out of mechanical alignment. It is not a secondary muscle and not a helper — it is the structural stabilizer that prevents collapse by managing the cross‑forces created during movement.
When the primary operators begin to fail, the Bi‑Antagonist™ steps in to suspend part of the load, redirect tension, and keep the system from fully collapsing. This stabilizing behavior creates distinct thermal‑texture signatures across the thirty‑two‑pattern registry, making the Bi‑Antagonist™ one of the most identifiable operators through Thermaltography™ and the Thermal Texture Technique™.
The Bi‑Antagonist™ is essential for locating the Tri‑Antagonist Matrix because its patterns reveal where the system is compensating and where the true failure is hiding. It is a core structural role within LaFountaine Structural Correction™, governing balance, tension distribution, and the body’s attempt to maintain integrity under mechanical stress.
Tri‑Antagonist™ is the deepest structural operator in the Tri‑Antagonist Matrix™, the role that anchors dysfunction, drives collapse, and forces the other operators into compensation. It is the mechanical saboteur of the system — the point where load is no longer managed but redirected into failure patterns. The Tri‑Antagonist™ reveals itself through cold zones, dead‑flow regions, thickened texture, and the most severe of the thirty‑two thermal‑texture anomalies.
This operator is the key to locating the true source of dysfunction. When the Agonist drives and the Antagonist counters, and the Bi‑Antagonist stabilizes, the Tri‑Antagonist™ is the operator that breaks the equation. It abandons its role, forces the others to suspend load, and triggers the collapse sequence that defines structural failure.
Thermaltography™, the Thermal Texture Technique™, and the Muscle Suspension System™ all converge on the Tri‑Antagonist™ because its signatures are unmistakable once the tissue is mapped. Identifying it is the gateway to Structural Override™, the Override Manual™, and the corrective engines of LaFountaine Structural Correction™. The Tri‑Antagonist™ is the hidden operator that must be exposed for the system to return to mechanical truth.
X‑LHM™ (Cross‑Lateral Hydrotherapy Modulation) describes how hydrothermic input influences mechanical flow across the body’s cross‑lateral systems. It explains how temperature‑driven water application alters tension behavior, glide, and load distribution between opposing structural lines. X‑LHM™ reveals how hydrotherapy can shift mechanical responsibility from one side of the body to the other, exposing hidden suspension patterns, collapse signatures, and compensatory flow. It is a structural‑mechanical interpretation of hydrotherapy, fully integrated with the Tri‑Antagonist Matrix™, LaFountaine Structural Correction™, and the broader LaFountaine Therapy Canon.
X‑LTM™ (Cross‑Lateral Thermal Modulation) defines how thermal input alone—without water—modulates cross‑lateral tension, flow, and mechanical responsiveness. It explains how heat, cold, and thermal contrast influence the body’s structural operators, revealing where load is being held, abandoned, or redirected. X‑LTM™ is the thermal counterpart to X‑LHM™, providing a precise structural language for interpreting temperature‑driven changes in tissue behavior. It integrates directly with Thermaltography™ and the Thermal Texture Technique (TTT) v2.0, forming one of the key sensory‑mechanical engines of the LaFountaine Therapy Canon.
Helveti
Structural Taping™ is the mechanical reinforcement system of LaFountaine Structural Correction™, designed to stabilize load pathways, support corrected operators, and maintain structural integrity after the Tri‑Antagonist Matrix™ has been identified. It is not therapeutic taping, not kinesiology taping, and not performance taping. Structural Taping™ is a governed mechanical application that reinforces the body’s corrected decision by anchoring the Agonist, Antagonist, Bi‑Antagonist, and Tri‑Antagonist into their proper roles.
The tape is applied only after Thermaltography™, the Thermal Texture Technique™, and the Muscle Suspension System™ have revealed the collapse sequence and the dominant operator. Each strip follows a mechanical line, not a muscle line, and is placed to stabilize flow, prevent re‑collapse, and maintain the corrected load distribution. Tension levels, direction, and anchor points are determined by the thirty‑two‑pattern registry of knots, anomalies, and temperature signatures, ensuring reproducibility and structural accuracy.
Structural Taping™ functions as a post‑override reinforcement system. Once the Tri‑Antagonist Matrix™ has been exposed and corrected through Structural Override™ or the Override Manual™, the tape holds the system in its restored configuration, preventing the body from reverting to its previous mechanical failure. It is a precision‑based extension of the LaFountaine Therapy Canon, used to maintain mechanical truth in real time.
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For twenty‑six years I have lived inside anatomy and kinesiology — studying, discovering, correcting, and rebuilding the human body one structure at a time. My work was forged in silence, in the dark, eyes closed, searching for dysfunction by feel alone. Every breakthrough, every correction, every piece of the LaFountaine Canon came from that relentless dedication. My life’s mission has never changed: working to keep you working.
CEO, FOUNDER
DENNY MICHAEL LAFOUNTAINE,LMT, LSC
