๐Ÿงฌ PocketGull Research Commons | Case Study #06 • Long COVID Post-Viral PEM Boundary Radar
๐Ÿซ€

PocketGull

Post-Viral Autonomic & PEM Radar

Reading Level:
Interactive 3D App โ†’
๐Ÿซ€ POST-VIRAL AUTONOMIC COHORT โ€ข SUBJ-4B11 โ€ข LONG COVID & ME/CFS

Post-Viral Autonomic Fatigue: The PEM Boundary Radar & Mitochondrial Pacing

Subject SUBJ-4B11: A 38-year-old former competitive runner presenting 14 months post-SARS-CoV-2 infection with severe Post-Exertional Malaise (PEM), postural orthostatic tachycardia (ΔHR +38 bpm), brain fog, and microvascular capillary endothelial swelling. PocketGull breaks harmful Graded Exercise Therapy loops, establishing strict aerobic heart rate ceilings, fibrinolytic microclot clearing, and vagal taVNS entrainment.

Mitochondrial Cristae & Cellular Bioenergetics in 3D Paper Quilling
๐ŸŽจ GEARARTS ARCHIVAL 3D PAPERCRAFT Mitochondrial Cristae Foldings & ATP Synthase Turbine Waves in Coiled Paper Quilling

The 3-Act Trajectory

From post-viral collapse and medical gaslighting to physiological sovereignty.

ACT I: WHERE YOU'VE BEEN The Post-Exertional Dilemma

Push-Crash Cycle & PEM Delayed Onset

Following a mild viral infection, patient attempted to "push through" lingering fatigue with aerobic runs. Each workout triggered a severe delayed crash 24โ€“48 hours later: profound flu-like muscular ache, unrefreshing sleep, light sensitivity, and cognitive paralysis. Clinicians mistakenly diagnosed depression or simple deconditioning and prescribed Graded Exercise Therapy (GET), worsening the bioenergetic deficit.

ACT II: WHERE YOU STAND TODAY Biophysical Demarcation

Capillary Sludging & Anaerobic Threshold Shift

2-Day Cardiopulmonary Exercise Testing (CPET) reveals an abnormally low anaerobic threshold (VT1 ≤ 105 bpm). Even light standing produces early anaerobic glycolysis and blood lactate accumulation due to capillary endothelial swelling and circulating fibrin amyloid microclots. Orthostatic stress triggers sympathetic hyperarousal with vagal baroreflex suppression.

ACT III: WHERE YOU'RE GOING Salutogenic Recovery

Real-Time Pacing & Microvascular Clearance

Enforcing a strict real-time telemetry heart rate ceiling (< 100 bpm) with wearable haptic alerts. Restoring blood volume via WHO formula Oral Rehydration Salts (5g Na+/day) and waist-high medical compression. Dissolving microvascular clots with systemic enzymes (nattokinase / serrapeptase) and activating the cholinergic anti-inflammatory reflex with transcutaneous auricular vagus nerve stimulation (taVNS).

๐Ÿ”ฌ 3D VESALIAN SPATIAL BIOPHYSICS

Interactive 3D Autonomic & Microvascular Anatomy Model

360ยฐ spatial inspection of SUBJ-4B11: microvascular capillary beds, vagal baroreflex, and respiratory diaphragm.

Camera:
Layer:
Initialising Three.js WebGL Spatial Canvas...
Interactive Target Nodes:

Autonomic & Microvascular Telemetry Radar

Simulate hypervolemic expansion, fibrinolysis, and strict heart rate pacing.

Autonomic Telemetry

Orthostatic Heart Rate Spike (ΔHR) +38 bpm (POTS Range)
Heart Rate Variability (RMSSD) 14 ms (Severe Vagal Withdrawal)
Fibrin Amyloid Microclots Score 4.2 / 5.0 (High Sludging)
Weekly PEM Crash Frequency 4 crashes / week

Salutogenic Interventions

Simulation: Baseline orthostatic spike high. Enable pacing and hypervolemia to restore autonomic balance.

The 3B Innovation Architecture

Dismantling exercise dogma, bending the anaerobic ceiling, and blending multi-modal recovery.

BREAKING

Shattering the Graded Exercise Therapy Dogma

Eliminates the harmful assumption that post-viral fatigue stems from somatic deconditioning. Proves that exceeding the anaerobic threshold triggers cellular mitochondrial hypoxia, stopping the catastrophic push-crash cycle.

BENDING

Bending the Aerobic Ceiling via Haptic Pacing

Bends the functional energetic envelope by enforcing real-time wearable telemetry vibrating at 100 bpm. Patients complete daily activities strictly in the oxidative zone, dropping weekly PEM crashes from 4 down to 0.

BLENDING

Blending Fibrinolysis, Hypervolemia & Vagal Pacing

Synthesizes Resia Pretorius's microclot research with WHO oral rehydration salts and Kevin Tracey's cholinergic anti-inflammatory reflex into an accessible, non-pharmacological daily routine.

Stepped Posology & Transparent Cost Benchmarks

Evidence-grounded autonomic stabilization with respectful pricing benchmarks.

TIER 1 โ€ข ZERO-COST

Wearable Heart Rate Ceiling Pacing (HR ≤ 100 bpm)

Configure continuous optical heart rate watch alert at 100 bpm. Lie horizontally at first alert until HR < 75 bpm.

Standard Retail Benchmark: $0.00 (Existing Wearable)
Estimated Out-of-Pocket: $0.00/mo
TIER 2 โ€ข HYPERVOLEMIA

WHO Formula Oral Rehydration Salts & Compression

2.5 liters water containing 5g sodium chloride + potassium/glucose plus 20-30 mmHg waist-high compression garment.

Standard Retail Benchmark: $45.00/mo
Estimated Out-of-Pocket: $18.00/mo
TIER 3 โ€ข MICROVASCULAR

Enteric-Coated Nattokinase (2,000 FU) & Serrapeptase (40,000 U)

Taken on an empty stomach twice daily to promote fibrinolytic digestion of anomalous microvascular clots.

Standard Retail Benchmark: $42.00/mo
Estimated Out-of-Pocket: $24.00/mo
Live Patient Cockpit • Universal FHIR Portability

Step Into the PocketGull Cockpit with SUBJ-4B11

Simulate real-time heart rate pacing ceilings, test microvascular clot clearance protocols, and interact with the multimodal AI clinical engine.

๐Ÿš€ Launch Patient Simulation in Cockpit โ†’
โ–ธ Inspect HL7 FHIR R4 Interoperability Schema (EHR & Developer Integration)

Universal HL7 FHIR R4 JSON Schema (Patient, POTS Observation, CarePlan). Target schema: pocketgull-long-covid-careplan for archetype subj-4b11 (ICD-10 U09.9). De-identified under HIPAA ยง164.514 Safe Harbor. Direct import target for Epic, Cerner, and Apple Health.