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Red Light Helmet Parkinson's

Red Light Helmet Parkinson's

Model:COZING-C320
Wavelength:1050nm
User group: Doctors, professor
Function: It can treatment For Improvement of cerebral blood flow...

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Product Introduction

Indications

 

Improvement of cerebral blood flow, reduction of dementia and restoration of cognitive functions

Improved cognitive scores, olfactory function, quality of life and caregiver stress in patients with cognitive decline

QQ20250116134235
20240822112205

What's the technical parameter of the COZING-C320 red light helmet parkinson's?

 

Number of Light Sources

320 LEDs (Custom ODM Available)

Wavelength

1050nm Near-Infrared LED

Pulse Frequency Range

Continuously adjustable from 1Hz to 20000Hz

Default Pulse Frequency

Pre-set to 30Hz (not displayed, adjustable via interface buttons)

Session Time Setting

0 to 30 minutes adjustable with auto shut-off

Power Levels

Adjustable in 4 steps: 25, 50, 75 or 100%

Control Interface

Smart wireless controller with memory function

Total Power Output

Up to 16W (depending on intensity setting)

Individual LED Power

50mW per LED

User Modes

Manual mode & remote-controlled operation

Target Areas

Covers 12 key brain regions for cognitive, sleep, and neuro-supportive therapy

Add-on Compatibility

Supports optional 650nm nasal & auditory probes for systemic photobiomodulation

 

Advantages

 

1.LED Configuration: 320 high-intensity 1050nm near-infrared (NIR) LEDs (50mW per diode, 16W total output).

2.Frequency Range: Adjustable 1-20,000Hz for tailored neuromodulation (e.g., high frequency for tremor suppression, low frequency for rigidity relief).

3.Brain Zoning: 12 independent zones targeting motor cortex, basal ganglia, and dopaminergic pathways.

4.Safety Compliance: FDA-registered, CE-certified.

5.Battery: Rechargeable lithium-ion (8-hour runtime, 2-hour fast charge).

6.Materials: Medical-grade silicone padding, hypoallergenic fabric.

 

Clinical study:

 

1.Purpose: This paper submits a review on photobiomodulation (PBM) in Alzheimer's dementia. The addition of PBM to neurodegenerative diseases is a dual therapy that is currently receiving increasing attention because it is safe, antiviral, and anti-inflammatory. Photon stimulation of mitochondria increases adenosine triphosphate and the proteasome increases removal of misfolded proteins. Neurofeedback enhances neuroplasticity, increases brain-derived neurofactor mRNA expression, and increases hippocampal dendrite production and density, while improving dendrites, density, and neuronal survival.

2.BACKGROUND: The pathophysiological mechanism of Alzheimer's disease is the accumulation of hyperphosphorylated tau protein neuroprogenitor fibril tangles and the subsequent formation of amyloid beta protein (Aβ) plaques. PBM and neurobiofeedback (NBF) address multiple gene expression and multiple pathogenic pathways inflammation, reactive oxidative stress, mitochondrial disease, insulin resistance, methylation deficits, neuroprotective factor modulation, and regional hypoperfusion of the brain. There is no human evidence that the use of constant light sources provides clinical therapeutic benefit while significantly increasing safety concerns.

3.METHODS: A PBM test for early- to mid-stage Alzheimer's disease was reported in 2017 as a double-blind, placebo-controlled trial in a small cohort of subjects with early- to mid-stage dementia under an Institutional Review Board (IRB)-approved Food and Drug Administration (FDA) clinical trial.

4.RESULTS: Subjects treated with PBM showed that actively treated subjects tended to show greater improvements in executive functions: drawing clocks, immediate recall, actual memory, and visual attention and task switching (Trials A and B). A larger study conducted in Temple, Texas, where subjects participated in a double-blind, placebo-controlled, IRB-approved FDA clinical trial, demonstrated that increased time spent drawing the clock improved memory and cognitive performance.

5.CONCLUSION: Trials of the next-generation COZING helmet for use in patients with Parkinson's disease will incorporate insights from quantitative EEG analyses regarding significant low coherence deficits in the bilateral occipital lobes. Future applications will integrate non-invasive stimulation, including whole-body stimulation, transcranial stimulation, infrared light stimulation, and pulsed electromagnetic frequency stimulation.

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