Retrieve.
Recover.
Recharge.
Unlocking the neurological patterns behind compensation, pain, and recovery.
Join Dr Allan Phillips D.O. for the NIS Research Symposium 2026, exploring how latent memory, compensation, CNS signalling, and immunological capacity may influence complex clinical presentations.
For NIS practitioners seeking deeper clinical clarity
Why do some patients never fully recover?
Many patients describe their experience with a familiar phrase: “I haven’t felt the same ever since.”
If recuperation, adaptation, and homeostasis are normal biological response mechanisms, why do some individuals remain locked in patterns of reduced function, chronic compensation, pain, stress, fatigue, or neurological limitation?
The NIS Research Symposium 2026 will explore these questions through the lens of NIS, with a focus on compensation, latent memory, immunological capacity, CNS signalling, and the neurological patterns that may continue to influence clinical presentation long after the original event has passed.
When compensation becomes the pattern
The body is designed to respond, adapt, and recover. But when adaptive capacity is overwhelmed, compensatory patterns can become increasingly complex.
Neurological Signalling
How CNS communication may continue to reference prior stress, trauma, pain, or dysfunction.
Compensation Patterns
How the body adapts under pressure, and why those adaptations may become restrictive over time.
Clinical Clarity
A practical NIS approach to identifying and addressing confining clinical patterns.
Retrieve. Recover. Recharge.
These are not external products or artificial interventions. They describe functional states the body has previously known, but may no longer be expressing efficiently.
Retrieve
Identify and access neurological patterns that may be influencing current function.
Recover
Explore how the brain may return toward a more functional state of organisation.
Recharge
Support the body’s capacity to function with greater clarity, resilience, and efficiency.
Symposium Agenda
Verification and automated corrections relating to key areas of compensation, pain, recurring symptoms, and latent neurological patterns.
Verification and automated corrections relating to:
Clinical areas included in Symposium 2026.
- 01Hemispheric confusion and diaphragm dysfunction
- 02Cervical spine
- 03Shoulder girdle
- 04Arm, wrist and hand
- 05Lumbar spine
- 06Pelvis
- 07Lower leg
- 08Foot and ankle
- 09Eye soreness and tiredness
- 10Anxiety, despair and mental pain
- 11Correcting digestive function for gut-ache, headache, bloat, and colon irritability
- 12Halitosis
- 13Endometriosis
- 14Verifying 12 viral locations and the first 2 threads for each of the 12 corrections
A message from Dr Allan Phillips
NIS continues to research ways to keep clinical processes simple, safe, structured, and stressless by utilising the essential, invaluable, and dynamic state of our being.
This symposium will explore what Dr Allan Phillips describes as “ground zero” — the neurological point where compensation may begin, where latent memory may be stored, and where recovery may be restricted.
Retrieve. Recover. Recharge.
I would be honoured to share this next stage of NIS research with you.
With very best wishes,
Dr Allan Phillips, D.O.
Register for the NIS Research Symposium 2026
Choose your symposium location below.
🇦🇺 Australia
NIS Research Symposium Australia 2026.
ℹ️ Seminar Details → 🇦🇺 Register for Australia →