Clinical Presets:
Photon trajectory Monte Carlo scattering
Active Mitochondrial Complex IV Excitations
Laser Emitter: 810 nm (NIR)
Cytochrome C Oxidase (CCO) Absorption Spectrum
Therapeutic Window: 600 - 900 nm
600 nm
660 nm Peak
810-850 nm Peak
1000 nm
Simulation Parameters Live Monte Carlo Photon Model
810 nm
600nm (Red)
700nm
800nm (NIR)
900nm
1000nm
50 mW/cm²
180 sec (3.0 min)
Dosimetry & Biological Telemetry Optimal Therapeutic Window
Total Fluence (Dose)
9.0 J/cm²
Penetration Depth (1/e)
28.5 mm
Cytochrome C Oxidase Excitation
74.2%
Primary Mechanism of Action:
Mitochondrial complex IV excitation enhancing neuronal ATP synthesis and cerebral blood flow
Clinical Trial Evidence Map
Alzheimer's & ADHD Transcranial PBM
Phase II/III Clinical
Near-infrared 810nm photons penetrate skull bone into the prefrontal cortex, stimulating mitochondrial cytochrome c oxidase to boost microcirculation, cellular ATP, and cognitive focus in neurodegenerative and attention disorders.