"Healing Powered By Your Brain."
Homeostatic Wellness
Every second, your brain orchestrates millions of signals—directing cells, glands, organs, and systems to function in perfect harmony. This innate intelligence is far more precise than any practitioner’s reasoning, because it operates at a level deeper than conscious thought—down to the molecular fabric of life itself.
But what happens when this flawless communication is disrupted? Symptoms appear. Performance declines. The body begins to compensate, adapt, and struggle—falling short of its true potential.
The Neurological Integration System (NIS) is not just another healthcare approach. It is a paradigm shift—one that restores the brain’s ability to recognize and correct the root causes of dysfunction. Non-invasive, painless, and profoundly effective, NIS reconnects the central nervous system with the body it governs, reactivating your natural state of balance, repair, and resilience.
Whether you are seeking relief, recovery, or peak performance, NIS offers a path beyond temporary fixes—toward sustainable wellness and optimal function.
Experience the system where the brain itself becomes the ultimate practitioner.
◇◇◇
Looking Beyond labeled complaints. NIS uses a system of sequential and prioritized protocols to evaluate and correct any areas of signal dysfunction controlling the body systems.
Symptom patterns exist when the action potential and cellular signaling has been disrupted causing a disconnect to neural network pathways. The disconnect is triggered by excessive physiological, neurological, pathological, and emotional pressures.
Disconnected signaling requires the brain to recognize and restore involved circuitry.
The integrative management following corrective procedures, is a collaboration of all mechanisms contributing and accounting for homeostatic control.
The brain holds the key to correcting the patient, not the practitioner.
Practitioners using NIS rely on the neurological response from the brain to initiate all corrections relating to human body function.
Linking the brain to become congruent with neurological, psychological, emotional and pathological patterns that will collectively restore homeostasis.
Research of Dr. Allan K. Phillips D.O.
Holistic Excellence
Neurological Integration System - (NIS)
Through a live, real-time interaction with the human brain, an (NIS) specialist is able to systematically navigate the neurophysiological contact points that represent organs, glands, cortical regions, cranial nerves, spinal segments, joints, muscles, tendons, ligaments, electromotor forces, and both afferent and efferent pathways and beyond —extending across the full spectrum of human function.
Using applied kinesiology as a precise feedback mechanism, an (NIS) specialist elicits yes-or-no responses directly from the brain. This process allows for the identification of neural network pathways that have shifted beyond normal function. By applying this methodology, the (NIS) specialist is able to isolate and correct the underlying causes responsible for compensations, adaptations, and symptomatic patterns, thereby restoring optimal neurological integrity.
Foundational Principle
The Neurological Integration System (NIS) is founded on the neurophysiological principle that the brain governs the optimal function of all body systems through its extensive neurological circuitry. The brain continuously receives input from every component of the body and, in turn, issues corrective signals—multiple times per second—to ensure precise regulation. This constant communication allows every cell, gland, organ, muscle, tendon, and structure to remain under continuous neurological oversight.
How Are Complaints Addressed?
NIS practitioners apply a prioritized set of treatment protocols designed to evaluate neurological circuits and the physiological functions they represent. This process may be likened to a comprehensive systems checklist, similar to servicing a vehicle, where every possible dysfunction contributing to symptoms is systematically assessed.
What makes NIS distinctive is its facilitative approach: the practitioner serves as an intermediary, enabling the brain to receive and process the necessary data. To determine which areas of function are not fully under neurological control, a scientifically validated method known as muscle testing is employed. Muscle testing acts as a feedback mechanism, identifying areas of functional miscommunication between the brain and body systems.
The Science Behind NIS
For optimal function to be restored, the brain must first acknowledge the disrupted circuit. To achieve this, NIS practitioners engage the postcentral gyrus, a critical neuroanatomical region functioning as the brain’s primary receiving and dispatch center for sensory information.
When stimulated, the postcentral gyrus localizes and interprets sensations through direct neural pathways. For instance, if touched lightly on a single hair with eyes closed, one can accurately identify the site of contact—an ability mediated by the postcentral gyrus. NIS leverages this same principle: by stimulating precise anatomical contact points, the brain acknowledges functional relationships and resolves disrupted circuits.
How Are Complaints Viewed with NIS?
Unlike conventional healthcare approaches that primarily manage symptoms, NIS addresses the underlying neurological causes of dysfunction. By restoring accurate brain-body communication, NIS provides long-term, sustainable results rather than temporary relief.
NIS: Tailored to the Individual
NIS evaluates the collective integration of all body systems contributing to physiological function. Each treatment is individualized, addressing the unique physiological tolerances and specific needs of the patient. No two individuals present identically, and NIS adapts its corrective strategies accordingly—making it a uniquely patient-specific system of care.
Who Benefits from NIS?
NIS is appropriate for individuals across the lifespan—from newborns to the elderly, and for those who are acutely ill or injured. Because the approach is non-invasive, stress-free, and pain-free, it is regarded as one of the safest forms of healthcare available.
Frequency of Care
At the outset, your NIS practitioner will recommend a structured care plan tailored to your condition and individual needs. Following the initial phase, periodic preventative care is advised. Life’s ongoing physical, emotional, and environmental stresses can diminish functional potential without overt symptoms. Regular care ensures that neurological communication remains intact, immune competence is supported, and overall performance is optimized.
A Final Reflection
Having considered the principles outlined above, it is worth reflecting:
What has a lack of understanding of homeostatic norms cost me throughout my lifetime—and how will I now apply this understanding to restore and preserve my health, both in the present and in the future?
The Neurological Integration System (NIS) is a corrective process that is one hundred percent safe, accurate, efficient, effective, totally definitive—yet infinitely complex, operating at a level of precision far beyond human capability.
NIS Integrative Specialist
For more than 26 years, Scott has dedicated himself to unlocking the wellness potential within others, bringing a wealth of clinical expertise, refined reasoning, and professional experience to his practice as a medical professional.
Having lived his own wellness journey for many years, Scott embraces the conviction that the human body is inherently designed to heal itself when cared for in harmony with the universal laws and principles of nature.
As an athlete, Scott deeply values the role of movement and exercise, recognizing that consistent activity is essential to maintaining wellness, resilience, and quality of life. His background in competitive athletics provides him with unique insights, principles, and strategies that he now shares with others, empowering them to optimize wellness, function, and performance. As he often reminds his clients: “The biggest room is the room for improvement.”
In alignment with the philosophy of Dr. Kruger, a physician with over 40 years of fasting experience, Scott acknowledges that true healing often requires removal rather than addition: “When we are unwell, putting more things into the body is not what makes us well. It is by taking things out that the body finds recovery.”
The science of fasting reveals profound benefits, including autophagy, stem cell activation, enhanced human growth hormone (HGH) production, and the resetting of cellular systems through the deactivation of old, dysfunctional genes. Indeed, nature herself is the greatest scientist, having freely provided fasting as one of the most powerful healing modalities available to humanity.
Recognizing the transformative role fasting plays in health, Scott has personally committed to a weekly rhythm of 30–40 hours of fasting, harnessing the benefits of parallel metabolism to elevate his own vitality and resilience.
Over the course of two decades of clinical exploration, Scott’s curiosity has continually drawn him to one pivotal question: What causes individuals to repeatedly return with the same patterns of dysfunction?
After extensive study and reflection, a profound truth has become evident:
“Outside of trauma, we either train our mind-body complex to be functional and feel well, or we train our mind-body complex to be dysfunctional and feel unwell.”
Ultimately, Scott reminds us that under pressure, human performance does not rise to the occasion—it falls to the highest level of preparation.
Comprehensive Healthcare
"Corrections at the velocity of light."
Disruptors of Homeostatic Balance
Below is a partial list of the unique, interdependent elements that can compromise the body’s homeostatic equilibrium:
Sutural Compressions
Cranial sutures may become compressed for various reasons, altering neurological signaling and affecting the specific glands and organs associated with each suture.
Spinal Structural Compensations
Segments of the spine may at times lose functional integrity, disrupting global interaction and balance within the body.
Rib Lesions
Like spinal segments, ribs can become dysfunctional, often manifesting as respiratory compensations or localized discomfort.
Reciprocity
As discovered by Dr. Lovett, spinal segments function in paired relationships (e.g., L5–C1). When disrupted, these pairings may contribute to homeostatic imbalances.
Peripheral Joint Compensations
Distal joints—including knees, ankles, toes, shoulders, elbows, wrists, and fingers—may develop compensations that influence overall biomechanics.
Femoral Head Instability
This compensatory presentation reflects that specific valvular structures and targeted muscle groups have succumbed to diminished neurological potential, thereby impairing their capacity to maintain optimal functional stability.
Familial Tremors
often referred to as essential tremor, is a hereditary neurological condition characterized by involuntary, rhythmic shaking—most commonly affecting the hands, but it can also involve the head, voice, or other body parts.
Tensegrity Matrix Compensations
The body can be likened to discontinuous compression elements (bones) balanced within a tensile matrix (soft tissues). When disrupted, this dynamic tensegrity system loses efficiency and stability.
Structural Compensation
Identifies a compensation where the primary issue has never been corrected.
Fascial Compensations
Fascial restrictions can inhibit proper organ function, interfering with the body’s interdependent communication pathways.
Gait Function
Neurological circuitry, when fully integrated through the thalamus, ensures balanced gait function. Proper right-left gait mechanics are essential not only for daily function but also for peak athletic performance.
The Anterior Cingulate Cortex (ACC)
Is a region of the medial prefrontal cortex involved in emotion regulation, decision-making, autonomic control, and the integration of cognitive and affective processes.
The Locus Coeruleus (LC)
Is a brainstem nucleus and the primary source of norepinephrine, playing a key role in arousal, stress response, attention, and autonomic regulation.
Micro-RNA Pathology
Micro-RNAs (miRNA) are protein-signaling molecules that regulate the expression of over one-third of our genes. They are critical in processes such as angiogenesis, inflammation, cellular proliferation, apoptosis, and organ development.
Inflammation
A localized protective response characterized by redness, swelling, heat, and pain—often arising from injury or infection.
Fibroids
Benign tumors of muscular and fibrous tissue, commonly developing within the uterine wall.
Stem Cell Renewal
The human body loses approximately 100 billion cells daily. To maintain health and function, stem cell renewal must consistently replenish this cellular loss.
Cranial Nerve Compensations
The twelve cranial nerve pairs must function in harmony with each other and the body. Disorganization disrupts communication and creates undue physiological stress.
Hemispheric Compensations
The brain’s hemispheres (right and left) regulate multiple domains—limbic, visual, auditory, and more. Over time, signaling disruptions may arise, leading to confusion, poor focus, or lack of clarity.
Histamine Compensations
Histamine, released during injury or allergic reactions, can trigger smooth muscle contraction and capillary dilation, leading to inflammatory responses.
Sulfur Compensations
Excessive sulfites, often used as preservatives in food and wine, may burden glands, creating compensatory adaptations in response to toxic load.
Visual Memory Recall
Loss of binocular vision may impair depth perception, recall, and focus.
Myopia (Nearsightedness)
An ocular condition limiting distance vision, often unilateral.
Hyperopia (Farsightedness)
An ocular condition limiting near vision, often unilateral.
Astigmatism
A deviation from spherical curvature in the eye or lens, resulting in distorted images.
Esotropia
Inward turning of one eye.
Exotropia
Outward turning of one eye.
Hypertropia
Upward deviation of one eye.
Intraocular Pressure
Elevated eye pressure can stress the lacrimal glands and, if uncorrected, may progress to glaucoma.
Atrial & Ventricular Compensations
Dysfunction in the synchronization of atrial and ventricular wave patterns may disrupt cardiac rhythm.
Vestibular Compensation (BPPV)
Benign Paroxysmal Positional Vertigo results from displaced otolithic crystals, producing dizziness and disorientation.
Vestibular Compensation (Motion Sickness)
Another vestibular dysfunction, often triggered during travel by air, sea, or land.
Geopathic Stress
Environmental stressors—including electromagnetic fields from phones, computers, televisions, imaging devices, and transformers—can interfere with neurological circuitry.
Hemochromatosis
A hereditary condition characterized by iron overload in tissues, leading to joint pain, liver damage, diabetes, fatigue, and skin discoloration.
Solar Keratosis
Is a precancerous skin lesion caused by chronic ultraviolet (UV) exposure, characterized by rough, scaly patches that most commonly appear on sun-exposed areas such as the face, scalp, and forearms. It carries a risk of progression to squamous cell carcinoma.
Basal Cell Carcinoma
Is the most common form of skin cancer, arising from basal keratinocytes, typically on sun-exposed areas, and is characterized by slow growth with rare metastatic potential but progressive local tissue invasion.
Squamous Cell Carcinoma
is a malignant tumor of keratinizing epidermal cells, often arising on sun-exposed skin, and is characterized by the potential for local tissue invasion and, in some cases, metastasis.
Genetic Cholesterol Compensation
Inherited tendencies may predispose individuals to cholesterol imbalances outside normal parameters.
Gland Function Compensations
At times, glands may fall out of sync with each other and related organs, destabilizing equilibrium within interdependent systems.
Visceral Compensations
Abdominal organs may become restricted by trauma, adhesions, or deformities, impairing normal function.
Reflex Compensations
Alterations in reflexes may impact spinal extension, sidebending, or muscle strength across various groups, including the latissimus dorsi, infraspinatus, and abductors.
Brain Stem Reflex Corrections
These encompass fundamental protective reflexes mediated by the brainstem, including: the pupillary light reflex, which regulates ocular response to changes in illumination; the corneal blink reflex, which mediates defensive closure of the eyelids in response to visual or tactile stimuli; the tensor tympani reflex, which modulates middle ear function in reaction to sudden loud sounds; and the gag reflex, which safeguards the airway against noxious or obstructive stimuli.
Mercury Toxicity
Toxic mercury exposure may cause brisk reflexes, tachycardia, rashes, mitochondrial dysfunction, and neurological irregularities.
Parasitic Compensations
Commonly affecting the liver, spleen, kidneys, bladder, stomach, or intestines, parasites can significantly burden physiology.
Free Hormone Compensations
Hormone levels measured in blood do not always reflect hormone activity; cellular receptor binding is required for effective communication.
Neurotransmitter Compensations
Optimal function requires organized neurotransmission between brain and body. Disruption diminishes both health and performance.
Viral Pathology
Viral antigens can suppress immune responses against bacteria and fungi. Viruses involving glands carry broader implications, weakening related muscles and systems.
Bacterial Pathology
Pathogenic bacteria can create cellular dysfunction in targeted tissues, in contrast to beneficial flora.
Bacterial Infection Dura
Serious infections such as meningitis or encephalitis within the dural sheath may be life-threatening.
Thymus Stem Cells
Are progenitor cells within the thymus that give rise to developing T lymphocytes, playing a central role in adaptive immunity and self-tolerance.
Allergies
Allergic responses may localize within specific organs without systemic manifestations, complicating detection.
Gluten Intolerance
A widespread intolerance producing diverse symptom patterns, leading many to avoid gluten altogether.
Glandular Typing
Individuals express one of four primary glandular models—pituitary, adrenal, gonadal, or thyroid—each correlated with musculoskeletal tendencies.
Mucous Toxicity
When mucosal pH levels fall below 6.5, immune competence may become compromised. This alteration is detected by the brain’s sensory modulatory pathways and is expressed clinically as symptomatic excess mucus production.
High Blood Pressure
Physiological dysfunction leading to high blood pressure involves impaired regulation of vascular tone, renal fluid balance, and neurohormonal control, resulting in increased vascular resistance and elevated arterial pressure.
Hydration Screening
Dehydration is the primary stressor in all living beings, closely tied to aging and disease. Proper hydration is among the most vital habits for sustaining wellness and quality of life.
Nutritional Screening
Supplementation may be ineffective if signaling disruptions impair nutrient absorption, undermining assimilation despite intake.
Why This Matters
Many of the compensations listed above may already be affecting you. While healthy habits support wellness, they cannot, by themselves, restore automation or homeostatic balance if the root cause lies in disrupted neurological signaling.
The objective of NIS healthcare is to restore homeostasis—equilibrium across all body systems. By reestablishing disrupted signals within the neurological circuitry, NIS restores automation, enabling the body to recover rapidly from daily stressors and to function with renewed vitality and resilience.
The Neurological Integration System (NIS) restores the body’s innate capacity for homeostasis—allowing you to experience the extraordinary possibilities of living fully automated.
Functional Neurology and Tolerances
Structural Integration
Sutural compressions
Spinal structural realignment
Rib lesion correction
Reciprocity pair balancing
Gait function optimization
Tendon and Golgi Tendon Organ (GTO) recalibration
Release of fascial restrictions impacting glandular function
Tensegrity matrix restoration
…and more.
Every individual is affected, to some degree, by both predisposing causes and precipitating factors. For example, nearly everyone experiences birthing trauma, which imprints asymmetrical anatomical patterns that reduce function—particularly within the soft tissues—producing global compensations throughout the body.
The presence of asymmetry in the soma can be compared to a wrestling opponent that grows stronger over time: it creates increasing resistance to motion, demands greater expenditure of energy, and limits overall performance potential.
It is also important to recognize the bidirectional relationship between muscles and organs. Many muscles that become dysfunctional over a lifetime reveal an associated weakness linked to a corresponding organ.
For example, within the shoulder complex:
The gallbladder corresponds with the anterior deltoid.
The lungs correspond with the posterior deltoid.
The heart corresponds with the medial deltoid.
In fact, every muscle in the body can be traced to a specific organ through an anatomical and functional relationship—reinforcing the body’s profound interdependence.
Pathological Eradication Integration
NIS integrative protocols are designed to assess and address viral, bacterial, and parasitic infections with unparalleled precision—facilitating the eradication of these pathological variants within 24–48 hours, at the velocity of light.
"In the world of healthcare and beyond, ignorance is certainly hazardous, whereas corrective knowledge is exceedingly beneficial."
Thomas Paine once wrote: “The mind, once enlightened, cannot again become dark.” These words highlight the very essence of what is at stake in modern healthcare.
Over the years of clinical reasoning, it has become evident that whether one is vaccinated or unvaccinated, masked or unmasked, the reality remains unchanged: viral antigens can affect any individual. Some will manifest symptoms, while others will appear asymptomatic. Yet regardless of presentation, when viral antigens are present, they create cellular disruption and systemic imbalance within the human organism.
This reality shows no partiality. Viral antigens affect the uninformed as well as the educated. However, only a fraction of humanity today recognizes that these same viral antigens must ultimately yield to corrective knowledge when applied through the portal of innate wisdom.
Pause for a moment and ask yourself: Have I ever truly considered the unlimited potential of my brain and its innate capacity to eradicate viral antigens swiftly, safely, and completely?
And yet, how often do we repeat the same limited approaches—expecting different results? The definition of insanity echoes here. What prevents us from stepping beyond our comfort zones, beyond the narrow confines of fear and convention?
How much longer will human energy be spent on fear, anger, and ignorance, when the key lies in understanding the limitless potential of our immunological intelligence?
As The Divided Mind observes, what is required is not merely a leap of faith, but a leap of understanding.
From careful observation and extensive clinical experience, it is clear: the human brain—three pounds of fearless, forthright precision—is uniquely capable of eliminating viral, bacterial, and parasitic infections. In doing so, it fulfills the timeless spirit of the Hippocratic Oath: “Do No Harm.”
Our immunological intelligence is constantly knocking at the door of our intellectual capacity, seeking to free us from the shackles of fear and ignorance.
NIS stands today as the safest, fastest, and most effective corrective system in the world for addressing viral, bacterial, and parasitic infections—doing so without causing harm to the human body. It is one of the finest demonstrations of knowledge, science, and innate intelligence applied for the highest good.
Neurological Integration
NIS is able to accurately restore signaling disruptions throughout the neural network pathways. It is extremely efficient and has the potential to reconnect an infinite number of disrupted pathways, consistently at the velocity of light.
The human nervous system could be likened to the wiring in your house or car and how essential it is that your wiring and all of the signals carried through those wires are congruent.
The brain is constantly receiving information from every facet of the body, and in turn sends back fine tuning messages, many times per second. This means every cell, gland, organ, muscle, tendon etc in the body is constantly monitored via these circuits to the brain.
From time to time circuits in the body become disconnected, similar to a fuse blowing in your house. Power is now reduced to that circuit, and this will effect function.
This is brought about when certain stresses to the body exceed our individual tolerances. These stresses can be physical, pathological, neurological, or emotional.
By exceeding our tolerances in some way, the brain no longer has full communication with the area of function, represented by that circuit. While the brain knows all about the symptom pattern that occurs as a result of stresses, it no longer knows about the circuits that represent the underlying causes.
The action potential and cellular signaling play a key role in the function of sensory/motor loops, sensory messages traveling from the part to the brain, and motor messages transmitting from the brain to all parts.
When all of these neurological circuits are fully operational you get to experience the valuable benefits of living in a body that operates automatically, or we could say that all of your interdependent elements are back online, fully animating every gland, organ and part of your body.
Another way we could look at the lack of stable equilibrium between interdependent parts, is that if you can't recover "QUICKLY" from stress you have a homeostatic problem which is rooted in your neural networking pathways.
It is important to point out that successful treatment depends on accurate assessment. The treatment that emerges with any malady is a natural consequence of the nature of the disorder. The nature of any malady will most often find itself rooted in dysfunctional neurological circuitry.
It is also good to think positively and have an optimistic outlook with regard to ourself in general, however it is not positive thinking that will cause our body to return to homeostatic wellness. It requires accurate thinking, coupled with the understanding that the brain controls every aspect of the human organism and that symptom patterns are consistently rooted in compensated, neural networking pathways.
Therefore it seems vital that we link the brain to become congruent with neurological, physiological, pathological and emotional patterns that will collectively restore your homeostatic wellness!
Emotional Integration
The Neurological Integration System (NIS) is a highly effective resource for assessing and addressing emotional patterns, which are often rooted in dendritic weakness and disrupted neural signaling.
It is estimated that the human mind generates between 50,000 to 70,000 thoughts per day—equating to 35–49 thoughts every minute. An essential question arises: How many of those thoughts are negative in tone or effect?
Research by Dr. Konstantin Korotkov demonstrates that emotional states—whether positive or negative—exert profound influence over the molecular structure of the body’s biowaters. This underscores the inseparable link between thought, emotion, and physiology.
Mental tension driven by maladaptive emotional patterns affects both the central nervous system (CNS) and the autonomic nervous system (ANS). Through the ANS, the vagus nerve, and variations in endocrine activity, these patterns initiate widespread physiological changes. Alterations can occur in blood circulation, glandular secretions, muscle tone, and the function of nearly every organ system.
Chronic worry and anxiety place the brain’s limbic system into a state of hyper-excitability. This activates the body’s freeze, flight, or fight response, triggering sympathetic dominance and globally flooding the body with constrictive stress mechanisms. Over time, this state of hyperarousal carries significant detrimental implications for both health and performance.
The mind-body connection is absolute: every shift in physiological state is accompanied by a corresponding change in mental and emotional state—conscious or unconscious—and vice versa. Emotional and physiological states are inseparably reciprocal.
The pioneering work of Candace Pert, Ph.D. and Dr. John Sarno provides ample evidence that unresolved emotional patterns profoundly influence the soma and compromise homeostatic regulation. These insights reinforce the clinical reality that emotional integration is essential to restoring optimal function and resilience.
Innate Wisdom vs. Rational Wisdom
Innate wisdom is inherent, encoded by nature, and operates beyond conscious awareness.
Rational wisdom is derived from reason, logic, and accumulated clinical experience.
The central nervous system (CNS) governs all normal and optimal body function. It is the brain—not the practitioner—that formulates the most precise assessment for identifying and correcting dysfunction within the human organism.
Innate wisdom is far more comprehensive than rational wisdom. It is holographic, subconscious, and continuously aware of the body’s processes down to the molecular level. The human organism is inherently self-renewing, self-regulating, and self-healing, and this capacity is orchestrated by the CNS, which monitors and modulates virtually all physiological functions automatically, primarily at a subconscious level.
However, this automated signaling can be disrupted when homeostatic tolerances are exceeded due to predisposing factors, precipitating events, lifestyle influences, or environmental stressors.
Because the majority of bodily systems function outside conscious control, it becomes evident that no degree of rational wisdom from any medical professional can equal the scope of innate wisdom. Only the brain’s intelligence can evaluate the true root causes of dysfunction and generate accurate corrective responses.
In essence, no amount of rational reasoning or clinical experience can match the precision of accessing the brain’s innate mechanisms to resolve causative factors underlying symptomatic patterns within the total human organism.
Automation vs Compensation
Automation: Physiological processes occurring spontaneously, without conscious effort, enabling seamless function.
Compensation: A counterbalancing mechanism that masks dysfunction but reflects underlying imbalance.
Adaptation: Adjustment to altered conditions, often at the expense of optimal function.
Automation and Human Function
When the body is operating in full automation, symptom patterns are absent and physiological performance appears effortless. Under this state, anatomical landmarks are symmetrical, structural grounding is maintained, weight is evenly distributed, craniofacial landmarks align, and all body systems remain integrated and online. From an anatomical, neurological, pathological, and physiological perspective, this represents the highest level of human performance—excluding, of course, variables such as hydration status, acute trauma, or genetic predisposition.
By contrast, operating in compensation reflects disrupted automation, where symptoms manifest and daily function becomes more difficult. True automation requires that all glands, organs, and systems operate within normal ranges, maintaining stable equilibrium across the organism.
Disruptors of Automation Potential
Several interdependent factors may compromise automation, including but not limited to:
Sutural compressions influencing glandular function.
Impaired cortical communication between hemispheres.
Dysregulation among the twelve cranial nerves and soma.
Disrupted microRNA (miRNA) signaling.
Emotional stressors altering homeostatic balance.
Active infections (viral, bacterial, or parasitic).
Birth-related trauma inhibiting symmetrical tensegrity.
Inflammation underlying arthritic presentations.
Insufficient stem cell renewal within glands.
Atrial–ventricular desynchronization.
Gait asymmetry and impaired action potentials.
Vestibular dysfunction (horizontal or vertical).
Recurrent spinal malalignment without correction of root cause.
Imbalanced reciprocity of spinal segments.
Peripheral joint dysfunction due to uneven tension across muscles, ligaments, tendons, and fascia.
Disrupted neurological signaling pathways.
Symptom patterns are thus evidence that automation is absent, and optimal potential cannot be achieved until automation is restored.
The Restoration of Automation
Wellness practices may support general health, but they do not re-establish automation. Restoration requires congruence between the brain and all neurological, physiological, emotional, and pathological patterns. Only when the central nervous system recognizes and corrects disrupted signaling circuits can automation—and thereby optimal function—be reestablished.
Automation vs. Compensation and Adaptation
While compensation and adaptation may allow survival under suboptimal conditions, they do not equal automation. Adaptations, in particular, generate stress across multiple systems, leading to ongoing dysfunction. Ultimately, only automation—governed by precise central nervous system regulation—represents the state of effortless, integrated, and optimal human function.
Frequently Asked Questions
Contact - Scott
Phone
321-693-3879
nishw@proton.me
Address
2386 N. Highway A1A Indialantic Florida 32903
About
NISHW
Ultimately, only automation—governed by precise central nervous system regulation—represents the state of effortless, integrated, and optimal human function.
NIS Functional Neurology stands unparalleled in the modern landscape of healthcare, representing a true paradigm shift—moving beyond the limitations of the standard rational wisdom model to embrace the superior innate wisdom model.
Conveniently located across from Paradise Beach in Indialantic, Florida, our mission is clear: to empower individuals to achieve optimal health and wellness through personalized care and innovative, evidence-informed strategies.
We are dedicated to delivering exceptional outcomes, restoring function at the deepest levels, and ultimately transforming lives.
