Mitigate movement disorder symptoms OR Restore stable movement

Medical Therapy

For over two centuries medical therapies of movement disorders have evolved to modulation of neurotransmission [drugs, implants, artificial stimulation], ablation [destruction of brain tissue], paralyzing muscles [Botox], and physical therapy [alternative movements] that mitigate and/or manage pathological symptoms. For example, the cause of Parkinson’s Disease is attributed to the loss of dopamine neurons [pathology] and therapies seek to compensate for this loss. Medical therapies do not restore normal movement. They are compensatory strategies that mitigate or manage symptoms. They provide symptom relief at the expense of side effects, dependency issues, and misuse of cognitive resources.

Mitigate Pathological Symptoms

STABLEX

An accidental discovery and the protracted research project it launched; strongly evidenced that the same [pathological] movement disorder symptoms may be caused by perfectly normal, intact [physiological] movement systems that have become maladapted and normal stable movement may be restored with structured activity. Documented evidence of this phenomenon has been known for many years. For example:

• • Astronauts were in a microgravity environment for 10 days when they traveled around the moon in April 2026. In that short period, their bodies adapted to an alternative environment [microgravity] and when they returned to earth, they exhibited movement disorder symptoms. very much like those caused by movement disorder diseases. They did not develop a disease, their bodies were completely intact, and they recovered [readapted] to the earth [gravity] environment naturally the way the human system is designed to adapt.
  • Physical therapy improves movement stability for protracted periods following treatment. People engage in rehabilitation activity to restore natural movement following a long period of inactivity or misuse activity. And athletes go beyond restoration by training at high altitudes to improve stamina and strength before an event.

Restore Stable Movement

Movement disorder symptoms may be caused by pathology and/or maladapted stabilization systems.

Same symptoms – different causes, therapies, results

STABLEX JOURNEY

Discovery

Dan held out his hands and asked me to look at them. They had no tremor. He then squatted and quickly stood up. He did not lose his balance. His speech was steady, clear and strong.  His Parkinson Disease symptoms were nowhere to be seen. He told me his symptoms “disappeared for 24 hours following his power-sanding of a wood chair for 30 minutes and that switching left to right hands with pressure seemed to have the most effect”. He said, “I have repeated this 8 times over a two-month period with the same results”.

Dan power sanded his PD symptoms away

I was baffled. First, the disappearance of symptoms continued for a protracted period. That meant changes to Dan occurred. Second, all movements and apparently cognitive disorders ceased. That indicated the effect was systemic. Third, there must be something unique about Dan’s experience; else:

Millions of people would be power sanding chairs

STABLEX project

I commenced what turned out to be a never-ending and all-consuming research project involving extensive research, designing and building six experimental devices, recruiting participants with movement disorders, performing numerous training sessions over protracted periods, collecting thousands of measurements and contemporaneous observations, recording before and after videos, formulating hypothesis based on accepted scientific facts and theories, obtaining several patents for hand-held and wearable devices and developing a website, www.TREMOREX.com, featuring this body of work, all with the objective of developing a device and strategy that restores stabilization the way stabilization is naturally restored.

Results: unprecedent & persistent

The research involving six participants yielded the following average results redefining what is possible in stable movement restoration:

• • Immediate Impact: The FIRST training session of 5 to 15 minutes reduced tremors by 96% for 18 to 40 hours.
  • Cumulative Healing:As sessions were conducted when tremors returned, the interval of stability progressively lengthened—from days to months, and potentially permanently.
  • Systemic Restoration:Beyond tremors, STABLEX stabilizes balance, gait, rigidity, freezing, “masked face” (hypomimia) and frees the brain to think rather than compensate for instability.
  • Four videos and “MORE” are a must see and may be accessed on the website Home page. tremorex.com
  • Subject Improvement describes the methodology, measurements and analysis for six participants in the website page. https://tremorex.com/subject-improvement/

Note, Despite concerns the six participants were on prescribed drug therapy that could interfere or bias test results, they had minimal or no effect. The intent was to collaborate with their neurologists, perhaps to withdraw medical treatment as STABLEX positive results continued to improve or persist. Unfortunately, none responded to repeated requests.

When has anyone ever seen such restoration?

NEVER! It has never happened before STABLEX!

STABLEX – drug-free, non-invasive, muscle memory trainer with positive side effects.

STABLEX – The first therapy in history to restore 

systemic, persistent,  stable movement

 WHAT DID WE LEARN

We discovered the most effective tool capable of restoring stabilized movement and how to use it in the way it is designed to be used:

The human organism: the most advanced system ever developed

STABLEX relies upon it the way it is, without modification, and provides an ideal environment it is designed to adapt to. This is applied technology at its best.

Using the right tool to do the right job

The major cause of unstable movements is an unstable platform

Not a movement problem but a stability problem

Your Movement Stabilization System provides a stable platform upon which intentional movements are performed. It stabilizes balance, limbs, and muscle tensions by sensing unintentional movement [perturbations], and executing muscle memories [motor skills], that generate countervailing forces [muscle contractions]. And it does this automatically.

The platform is stable because unwanted movement is blocked

But when the stabilization system becomes maladapted, it causes rather than prevents unintended movement and all movement is in disorder.

It is virtually impossible to perform normal motor skills upon an unstable platform

Compounding the problem, intentional movements become maladapted to an unstable platform. Stabilized movement may be restored by recalibrating [retraining] aberrant [maladapted] stabilization and intentional movement [muscle memories] concurrently as that is the natural environment they are designed to adapt to; perform motor skills in an unstable environment.

STABLEX restores stabilization and intentional movement is readapted to a stable platform

Stabilization may be restored by retraining, strengthening, and refreshing maladapted muscle memories.

Stabilize the platform and retrain voluntary movement upon it

BACKGROUND

CURRENT THERAPIES mitigate movement disorder symptoms.

Medical Therapy

• • Drugs are the best-known medical therapy for mitigation of movement disorder symptoms. However, in addition to disastrous side effects and drug dependency issues, they can cause movement disorders. Levodopa and dopamine agonists are known to cause proprioception deficits and drug induced dyskinesia. In general, a drug taken to mitigate one symptom is likely to exacerbate other symptoms. For example, the same drug, beta blockers, used to suppress Essential Tremors, is used to limit blood pressure. One cannot treat one without inadvertently treating the other.

Unintended treatments are called side effects.

Drugs modulate to “help” or “substitute” natural [endogenous] processes but adversely cause them to become even more incapable. It is not unlike perpetually using a wheelchair to ambulate in lieu of walking. Walking gets weaker, atrophies, and is forgotten.

Use it or lose it.

• • Deep Brain Stimulation [DBS] requires a surgically implanted pacemaker type device. Experts are unclear how DBS works, but by sending high frequency electrical impulses into specific areas of the brain to “disrupt faulty brain signals” and mitigate symptoms. DBS is regarded as a last resort means of mitigating symptoms.
  • Electrical stimulation of nerve fibers is a non-invasive, wearable device that stimulates nerve fibers of a specific limb [hand] to mitigate tremors and resembles DBS mechanism of action [disrupt faulty brain signals].
  • Ablation non-reversable destruction of brain cells now performed non-invasively with MRI guided Ultrasound.
  • Paralyze muscles – Botox injections target and paralyze specific muscles intentionally mitigating unintended movement [tremors] and unintentionally weakening voluntary movement as the same motor neurons and muscles are used for both.
  • Vibration devices commenced in the 19th century when Jean-Martin Charcot, known as “the founder of modern neurology,” observed his patients experienced movement disorder [parkinsonian symptoms] improvement after riding in horse and buggy carriage. He developed a vibrating chair to treat his patients. Over the years, a plethora of devices have been developed like vibrating helmets, whole body vibration platforms, vibrating treadmills, and vibrating wearable devices. However, vibration therapy has been clinically evaluated and whereas it may increase blood circulation, reduce swelling, alleviate muscle pain and promote relaxation, its effectiveness in mitigating movement disorders is likely due to placebo effects rather than the vibration itself.
  • People automatically rehabilitate by adopting compensatory strategies. For example, irregular posture and movement is assumed to avoid falling. People crouch or lean forward, outstretch hands, position feet apart, and avoid unnecessary movement to keep their center of gravity low and over a large base of support. They deploy defensive movements like moving slowly, avoiding sharp turns, and walking backwards. They shuffle their feet while walking so that both feet are always in contact with the floor. Freezing reduces their risk of falling. Other strategies include behavioral changes like avoidance of difficult motor skills and movements. For example, do not stand to avoid falling, have someone else thread the needle and perform other motor skills beyond their capability.
  • Physical Therapy centers on exercises, devices, and education that improve a person’s strength, flexibility, range of motion, endurance and coordination, thereby improving a person’s ability to move more safely, confidently, and perform everyday activities. Patients are trained to perform challenging maneuvers like Tai Chi, execution of fine motor skills like placing pegs in a pegboard, how to compensate for imbalance, and how to use assistive devices that provide alternatives to normal movement. For example, braces, crutches, walkers, and wheelchairs provide functional alternatives to normal walking. Handheld or worn devices target specific symptoms like tremor or balance deficits and provide damping or offsetting forces that countervail unintended movement.
  • Training Devices help train people to use alternative biological methods of mitigating symptoms. For example, a device perturbs a user’s balance, and the user learns how to anticipate and prepare for it by tensing muscles, assuming defensive postures and responding with voluntary compensatory movements that are reactions rather than automatic reflexes. Such training teaches people how to improve voluntary reactions instead of automatic reflexes.

COMPENSATORY STRATEGIES

Whether adapted automatically or as a prescribed treatment, drugs, assistive devices, rehabilitation therapies and training devices, are compensatory strategies that cause abnormal environments the biological system adapts to.

Abnormal environments maladapt natural mechanisms

For example, aberrant stabilization, [abnormal environment] causes voluntary muscle memories to become aberrant because they attempt to adapt to an unstable platform.

Maladapted environment = Maladapted movement

Furthermore, training and use of voluntary movement to compensate for deficit automatic movement diverts cognitive resources from thinking to control of movement normally handled by the stabilization system. Movement is slow, staccato, deliberate, and carefully planned as muscle contractions are consciously rather than automatically controlled. When the brain becomes preoccupied with micromanaging stabilization, cognitive demands must wait. That is why people with movement disorders appear to not being able to walk and talk at the same time. Diversion of cognitive resources has consequences.

Using the wrong tools to fix the wrong problems

In another example, using assistive devices like a cane or walker reduces and modifies demand on neurons, muscles, and muscle memories, causing them to atrophy and muscle memories to maladapt to an abnormal way of walking.

Maladapted muscle memories become the new “norm”

Paradoxically, the more effective treatments mitigate symptoms, the more they exacerbate natural capabilities to adapt to normal environments.

Compensatory strategies cause maladapted plasticity

Compensatory strategies may mitigate movement disorder symptoms, but they cause maladaptive plasticity that exacerbates rather than restores or corrects underlying causes of unstable movement.

BIOLOGICAL SYSTEMS

Compensatory strategies may be the only recourse for some people however, biological systems can heal themselves

Activity dependent plasticity [ADP] makes restoration of stabilized movement possible. It is a process and capability of the biological system to respond to activity and make instantaneous to long-term changes to the structure and functionality of Individual neurons and their connectivity to other neurons and effectors. Perhaps the most important feature of ADP is that changes to individual components are made in concert with each other [coordinated] thereby enabling stable, automatic movements.

ADP responds to activity and movement is the activity

However, when movement is inactive or abnormal, ADP adapts to those conditions resulting in ADP maladaptation and the emergence of movement disorder symptoms. But maladaptation is reversable. Just as ADP maladapts to abnormal conditions, it can adapt to normal [ideal] conditions.

Practice ideal movements to restore them

Practice is repeating ideal activity, with intent to improve, knowledge of performance, and under progressively challenging conditions. That is the natural way biological systems are designed to fix themselves and plasticity produces long-term, persistent changes, restorations, and perhaps cures.

Plasticity =adaptation to environmental conditions

AUTOMATIC STABILIZATION SYSTEM

Stabilization systems automatically prevent unintended movement from interfering with intended movement. They use closed loop mechanisms that sense and respond to perturbations. There are many manmade examples of such systems. Buildings are stabilized against earthquakes, active suspension systems stabilize an automobile against variations in road surface, and battleship guns are mounted on stabilized platforms that isolate them from the movement of the ship. Whereas the ship may pitch, roll, yaw, and move in response to wind and shifting weights, the platform does not. Sensors detect the ship movement and actuators attached to the platform produce forces that countervail the ship movement.