MENU
  • Home / Cell Healer
  • Clinical Evidences
    • ALS
    • FSHD & LGMD
    • DMD & BMD
    • Myotonic & Distal
    • CMT & Parkinson’s
  • The Theory
  • The Device
  • Evaluation Protocol
Defying the Inevitable: Cellular Environment Optimization for ALS and Muscular Dystrophy.
CELL HEALER | Advanced Physical Intervention Institute
  • Home / Cell Healer
  • Clinical Evidences
    • ALS
    • FSHD & LGMD
    • DMD & BMD
    • Myotonic & Distal
    • CMT & Parkinson’s
  • The Theory
  • The Device
  • Evaluation Protocol
CELL HEALER | Advanced Physical Intervention Institute
  • Home / Cell Healer
  • Clinical Evidences
    • ALS
    • FSHD & LGMD
    • DMD & BMD
    • Myotonic & Distal
    • CMT & Parkinson’s
  • The Theory
  • The Device
  • Evaluation Protocol
  1. Home
  2. Clinical Evidence: ALS Transition Records

Clinical Evidence: ALS Transition Records

Clinical Evidence: ALS Transition Records

Objective Physical Data via Triaxial Physical Intervention

The following data represents actual, objective transitions observed in individuals diagnosed with Amyotrophic Lateral Sclerosis (ALS) who underwent Cell Healer’s physical intervention.
In standard medical consensus, functional metrics in ALS consistently decline. The recovery of these metrics marks a critical anomaly achieved through structural clearance and microenvironment optimization.

* Data Integrity: The following records and videos are based on actual measurements and direct observations. Individual transition rates may vary depending on the stage of the condition and frequency of intervention.

Case 1: Reversal of Vital Capacity (FVC) Decline

Respiratory failure is the most critical progression in ALS. Medical orthodoxy dictates that once forced vital capacity (FVC) begins to drop, it cannot be reversed. However, physical intervention targeting the thorax, diaphragm, and associated musculature has demonstrated a direct reversal in these numbers.

Continuous Upward Trend in Objective Measurements Observed recovery in lung capacity metrics post-intervention, breaking the expected linear decline.

Observation: By continuously applying deep biomagnetic fields to alleviate structural rigidity and optimize the cellular environment around respiratory muscles, the physical constraints on the lungs were reduced, allowing for an immediate and measurable expansion in respiratory volume.

Actual Respiratory Test Results in ALS Patient Actual respiratory test results demonstrating the physical transition in vital capacity.

Case 2: Improvement in Articulation / Bulbar Palsy (Female, 70s)

In patients experiencing bulbar symptoms (originating from upper-limb onset), articulation and vocal clarity are significantly compromised due to localized tension and microenvironmental blockages in the cervical and facial regions.

Restoration of Vocal Clarity (Pre & Post Single Intervention) Physical changes in the ease of phonation, specifically in “Sa” and “Ra” consonant sounds.

Observation: The following video records the physical transition in articulation before and after a single physical intervention session. By resolving local structural constraints, vocal clarity noticeably improved.

Case 3: Chronological Transition of Upper Limb Muscle Mass (Male, 20s)

Muscle atrophy in ALS is widely considered irreversible. However, establishing proper neural transmission and cellular clearance can trigger physical elicitation in muscle tissues.

Continuous Increase in Muscle Volume Over Time Recorded physical transitions in neural transmission and muscle activation post-intervention.

Observation: Continuous physical intervention began in July. By the six-month mark (January), physical transitions in nerve transmission and muscle activation became observable. The following chronological data demonstrates a continuous upward trend in upper limb muscle mass across February and April.

Record: February 22
Record: April 12
Record: April 18

Case 4: Lower Limb Elevation & Grip Strength Recovery (Male, 50s)

This case highlights direct improvements in both force output and motor control (speed and height) over a span of two months.

Grip Strength Transition: From 5-6kg to 17.9kg Clear numerical progression accompanied by visual improvements in lower limb mobility.

Observation: The video compares the initial state (Dec 10 and Dec 24) with the post-intervention state (Feb 10), demonstrating physical mobility changes in lower limb elevation (power, height, and speed). Concurrently, an objective numerical transition in grip strength from 5-6kg up to 17.9kg was recorded.

Why are these physical transitions possible?
Read the theoretical framework (3 Action Hypotheses) behind these results.