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Vielight Brain NEURO Gamma and Alpha

$1,749.00

Brain Function Light Therapy Systems

Improve overall brain function, treat Dementia, Alzheimer’s and Parkinson’s with light therapy based on the science of Photobiomodulation (PBM) therapy. Target the entire brain by directing pulsed Near Infrared Light (NIR) LEDs to brain hubs to restore the biological system back to health. 

2 Choices:  Neuro Alpha Pulse Rate     10 Hz
or                   Neuro Gamma Pulse Rate 40 Hz

Clear

Read the SPECIFICATIONS to see the differences in the brain Neuro Alpha and the Neuro Gamma.  These brain  function stimulation products are being used for treatment of:

* Stroke    * Dementia    * Traumatic brain injury    * Alzheimer’s    * Parkinson’s

* Mental Acuity   * Overall Brain Functionality

Intranasal Brain FunctionAll show improvement when Near Infrared (NIR) light energy is delivered to the appropriate areas of the brain, without significant side effects. In addition, lab animals recover from neuro-degenerative diseases as well.

NIR energy should theoretically reach targeted locations at immediate locations on the line of sight of the NIR beams. The depth of penetration varies between different individuals

 Infrared Light is a powerful holistic whole-brain approach with a low power system that is affordable, portable and easy to use.No claim has been made for a cure, and results vary between users. They have not been evaluated as medical devices by regulatory authorities. 

This is a powerful holistic whole-brain approach with a low power system that is affordable, portable and easy to use.The 40 Hz-pulse rate of the Neuro Gamma correlates with EEG gamma brain wave entrainment, which has a strong effect on memory and cognition enhancement. This pulse rate differs from the 10 Hz pulse rate of the Neuro Alpha which has an overall effect on neuronal health for maintenance and normal functioning brains.

Infrared Neural Stimulation (INS) is steadily gaining traction in the field of neuroscience and its safety and efficacy have been well documented.

Brain Function hubs are targeted with: 

* 4 cluster heads in chosen transcranial areas (located on the skull)

* and one Intranasal diode to deliver infrared light energy to the targeted network hubs.

Brain Function Diodes

Neurons are cells that contain mitochondria.
Brain photobiomodulation
By utilizing the science of photobiomodulation to energize neuronal mitochondria, this triggers a cascade of beneficial cellular events. Some potential effects are : neuroprotective effects, self-repair mechanisms and enhanced function.

 Although the Neuro is based on peer-reviewed research, direct clinical data based on the Vielight Neuro is pending. Until these studies are completed, we cannot predict medical outcomes with certainty although photobiomodulation with the incorporated parameters are known to be safe for human use. Hence no medical claim is made by the company.

 


What is the Vielight Neuro? Video

 

SPECIFICATIONS

CompareNeuroAlphatoGama

Clinical Studies/Articles

There are numerous articles, studies, and youtubes about how  the exciting intranasal light therapy discoveries are assisting in the treatment of brain function. These are just a few that are very informative.

1. Click to read: Massachusetts Institute of Technology (MIT)Unique visual stimulation may be new treatment for Alzheimer’s. Noninvasive technique reduces beta amyloid plaques in mouse models of Alzheimer’s disease.”

2. This is a very informative, 25-page, .pdf  article. Due to the size, it is best to read on a PC, rather than a mobile device. :THE POTENTIAL OF INTRANASAL LIGHT THERAPY FOR BRAIN STIMULATION    

Summary Points“Potential Indications ased on the scientific evidence (outside the earlier mentioned studies based specifically on  Intranasal light therapy), there are many potential indications that can be derived from the  irradiation of the brain. Improvements in conditions of stroke and neuro traumaParkinson’s  disease, cognition and emotional states are direct responses to the irradiation (as opposed to  the indirectly through say, the circulatory system in the legacy hypothesis). The human and  animal studies that are related to these outcomes are well documented.”  
“The major advantages that intranasal light therapy has over the other methods are that it is  highly portable and low‐cost, whilst providing superior therapeutic opportunities to the more  primal/ancient parts of the brain mainly located in the lower parts of the brain – those that  govern basic survival and autonomic functions, and emotions. In addition, the nasal cavity being  anterior, also provides therapeutic access to the prefrontal cortex where the higher order  executive functions lie.”

The study also lists how these conditions are improved:Traumatic brain injury, Memory  and learning deficits, and Dementia and Alzheimer’s Disease. 

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3. (2015) Significant Improvement in Cognition in Mild to Moderately Severe Dementia Cases Treated with Transcranial Plus Intranasal Photobiomodulation: Case Series Report

llPhotomedicine and Laser SurgeryVol. 35, No. 8Original Research

Saltmarche Anita E.; Naeser Margaret A.; Ho Kai Fai; Hamblin Michael R; Lim Lew

Published Online:1 Aug 2017 https://doi.org/10.1089/pho.2016.4227

Declining memory, cognition, and quality of life (QoL) are symptoms associated with most forms of dementia and Alzheimer’s disease (AD). An estimated 5.4 million Americans are living with AD, adding a new case every 66 sec. 

Abstract

Objective: This study investigated whether patients with mild to moderately severe dementia or possible Alzheimer’s disease (AD) with Mini-Mental State Exam (MMSE) Baseline scores of 10–24 would improve when treated with near-infrared photobiomodulation (PBM) therapy. Background: Animal studies have presented the potential of PBM for AD. Dysregulation of the brain’s default mode network (DMN) has been associated with AD, presenting the DMN as an identifiable target for PBM. Materials and methods: The study used 810 nm, 10 Hz pulsed, light-emitting diode devices combining transcranial plus intranasal PBM to treat the cortical nodes of the DMN (bilateral mesial prefrontal cortex, precuneus/posterior cingulate cortex, angular gyrus, and hippocampus). Five patients with mild to moderately severe cognitive impairment were entered into 12 weeks of active treatment as well as a follow-up no-treatment, 4-week period. Patients were assessed with the MMSE and Alzheimer’s Disease Assessment Scale (ADAS-cog) tests. The protocol involved weekly, in-clinic use of a transcranial-intranasal PBM device; and daily at-home use of an intranasal-only device. Results: There was significant improvement after 12 weeks of PBM (MMSE, p < 0.003; ADAS-cog, p < 0.023). Increased function, better sleep, fewer angry outbursts, less anxiety, and wandering were reported post-PBM. There were no negative side effects. Precipitous declines were observed during the follow-up no-treatment, 4-week period. This is the first completed PBM case series to report significant, cognitive improvement in mild to moderately severe dementia and possible AD cases. 

Results: There was significant improvement after 12 weeks of PBM (MMSE, p < 0.003; ADAS-cog, p < 0.023). Increased function, better sleep, fewer angry outbursts, less anxiety, and wandering were reported post-PBM. There were no negative side effects. Precipitous declines were observed during the follow-up no-treatment, 4-week period. This is the first completed PBM case series to report significant, cognitive improvement in mild to moderately severe dementia and possible AD cases.

Conclusions and Summary

Results from this small study suggest that transcranial plus intranasal NIR PBM therapy may be safely used with mild to moderately severe dementia and AD (baseline MMSE of 10–24). Results showed significant improvement in cognition, functional abilities for daily living, and improved QoL. PBM was very well tolerated, exhibiting no adverse effects. The treatments likely need to be continued, however, on a regular, long-term basis. This suggests the importance of having PBM devices that are amenable to home use for treating dementia and AD. Results suggest that large-scale, controlled studies with homogeneous populations are warranted.



 

 

 

 

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