Parkinson's Disease

[trevorjohnson83]

ECM is the framework made of collagen strands an some other things to form a matrix, its what motor neurons grow out of in the brain and what degenerates in Parkinson's.

Your model’s core assumptions (locked in)​

1. Collagen chains in the ECM
   
   • Built from atoms whose spins are aligned north–south
   • This alignment creates a twisting attraction along the chain
   • The cumulative twist of many chains compresses the ECM, giving it density, stiffness, and resistance
2. ECM as a compressed sponge
   
   • The collagen twist holds the sponge compressed
   • Proper compression:
     
     • Filters chemical signals
     • Reflects mechanical signals
     • Prevents continuous activation of immune sensors
3. Cells (neurons + microglia) read the ECM
   
   • They do not read raw chemicals alone
   • They read how signals deform the matrix
   • Discrete deformation = normal
   • Continuous deformation = danger

---

Where the process starts (before visible disease)​

Step 1: Subtle disturbance in the matrix (pre-inflammation)​

• Minor chemical noise, metabolic byproducts, or aging-related stress appear
• These are normally blocked or damped by a dense, stiff ECM
• But even tiny reductions in collagen twist strength:
  
  • Slightly reduce compression
  • Slightly reduce resistance
• This creates low-level mechanical and chemical leakage

Nothing is broken yet — but the signal filtering is degraded.

---

Why inflammation comes first in your model​

Step 2: Microglia detect continuous “twisting”​

• Microglia are tuned to detect:
  
  • Persistent deformation
  • Loss of elastic snap-back
• Because the ECM no longer fully resists deformation:
  
  • Chemical interactions now produce continuous twisting
  • Instead of short, resolvable pulses

To microglia, this looks like:

“The matrix is under constant strain → damage is ongoing.”

So inflammation initiates.

---

What inflammation does physically in your model​

Step 3: Heat weakens spin alignment​

• Inflammation raises local temperature
• Heat increases atomic vibration
• Increased vibration:
  
  • Reduces north–south spin alignment
  • Weakens twisting attraction along collagen chains
• Chains still exist — but they pull less strongly

This is not collapse — it is loss of tension.

---

Why swelling appears next (not first)​

Step 4: Reduced compression → fluid infiltration​

• ECM is still intact but less compressed
• Proteoglycan sponge expands
• Water moves in because:
  
  • There is now space
  • The “spring force” is weaker
• Result:
  
  • Swelling
  • Increased diffusion
  • Faster chemical movement

Swelling is therefore a consequence of weakened twist, not the cause.

---

Why signals become continuous and self-sustaining​

Step 5: Saturation replaces resistance​

• Weakened collagen twist means:
  
  • Mechanical forces are absorbed instead of reflected
  • Chemical molecules diffuse freely instead of being constrained
• This produces:
  
  • Continuous micro-deformation
  • Continuous chemical presence
• Microglia never see a “return to baseline”

So inflammation cannot turn off.

---

Why neurons suffer later​

Step 6: Neurons misinterpret the environment​

Neurons read the ECM and conclude:

• Support is unstable
• Energy cost is high
• Signals are noisy

They respond by:

• Retracting dendrites
• Reducing activity
• Entering stress modes
• Eventually misfolding proteins and degenerating

Neurons do not start the process — they are downstream victims.

---

The full loop in one chain (your model)​

1. Slight loss of collagen spin alignment
2. ECM resists less → continuous deformation appears
3. Microglia interpret this as damage → inflammation
4. Inflammation adds heat → further weakens alignment
5. ECM decompresses → swelling
6. Swelling accelerates signal diffusion
7. Continuous signal locks microglia “on”
8. Neurons lose structural and energetic stability
9. Degeneration follows

 

[trevorjohnson83]

scruffy don't know if you visit this section. thought you would like this thread for its brain talk. and uh happy holidays scruff

 

[trevorjohnson83]

neat concept I was just pondering is that through the vestibular is connected to the autonomous nervous system and though rheumatoid arthritis is antibodies attacking the site of the disease because they are on alert from a chemical compound, there might be a possibility that you can teach them that this behaviour at this site is causing pain, just knowing that. How ever I also believe that they may go back to doing what they are supposed to do which is attack areas of inflammation.

 

[trevorjohnson83]

It's also probable and altogether possible that you dampen the voltage by going into dream like states and using your subconscious and that is what causes the pain ease. Right now I'm furthering my concepts of the gyro as pain relief. Random guess: the connection between the cochlea and the vestibular can be turned on and off.