ATP Energetics & Bioenergetic Deficit Lab

Mitochondrial Engine
MITOCHONDRIAL INNER MEMBRANE INTERACTOME p5.js Kinetic Simulation
ATP Synthesis Rate
950 µM/s
Optimal Flux
ATP / ADP Ratio
10.0
Normal Energy Charge
Membrane Potential (ΔΨm)
-160 mV
Gradient Intact
ROS Leakage Index
1.2
Minimal Oxidative Stress
Bioenergetic State
HEALTHY BASAL
Fully Functional
Pathobiology Presets
Substrate & Enzymatic Parameters
Oxygen Tension (pO2) 100 mmHg
NADH / Substrate Supply 100%
Complex I Activity 100%
Complex IV Activity 100%
Biochemical Counterfactual Analysis

Healthy Neuronal Basal State

High oxygen availability and intact ETC complex activities maintain a robust proton gradient (ΔΨm ~ -160mV). Protons drive high-speed rotation of ATP Synthase F1 head, generating peak ATP synthesis required for neuronal ion pumping and synaptic transmission.

The "Single Missing Molecule" Mechanism

Whether triggered by mechanical shear (TBI), toxic aggregates (Alzheimer's/Parkinson's), or profound metabolic strain, brain dysfunction maps directly to an ATP bioenergetic charge collapse. Without adequate ATP, Na+/K+ pumps fail, leading to membrane depolarization and excitotoxic damage.

CANONICAL METRIC STATE: ATP Rate: 950 µM/s | Ratio: 10.0
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