Transcranial photobiomodulation of the brain

How does it work?

1. Light energy penetrates the tissues and is absorbed by the mitochondrial enzyme cytochrome oxidase C.

2. This triggers the production of ATP (adenosine triphosphate) — a key source of cellular energy.

3. The process activates mitochondrial respiration , reduces inflammation , oxidative stress , and stimulates neurogenesis (the formation of new neurons).

4. This intervention is called photoneuromodulation , where light acts directly on the neurons of the brain through the skull (transcranially).

Effects of photoneuromodulation:

• Improving cognitive functions (memory, attention, concentration)

• Reducing anxiety and depressive symptoms

• Improving sleep quality and mood

• Supporting recovery from brain injuries and age-related disorders

• Neuroprotective effect — protection of brain tissue from damage

Clinical indications:

FBMT has shown effectiveness in:

• Post-traumatic stress disorder (PTSD)

• Depression and anxiety disorders

• Alzheimer's disease , Parkinson's disease

• Fibromyalgia , osteoarthritis , rheumatoid arthritis — reduction of pain, stiffness, fatigue

• Diabetes — improving metabolism

• Cardiovascular disorders - positive effect on heart function

Photobiomodulation and immunity: effects on the thymus

One of the promising targets of photobiomodulation is the thymus gland (thymus) , a key organ of the immune system .
In states of depression and stress, the following is observed:

• Disorders in the hormonal axis : hypothalamus–pituitary–adrenal glands

• Increased cortisol levels

• Thymic atrophy and decreased secretion of thymic hormones

This leads to:

• Weakening of the immune response

• Frequent infections

• Reactivation of "dormant" viruses and bacteria

Stimulation of the thymus with infrared light helps normalize its function and support immunity , especially in states of chronic stress or exhaustion.

Our equipment

Our center uses the Vielight device, a leading American manufacturer of photoneuromodulation devices. It allows for a comprehensive impact on the brain and immune system :

• Infrared light (810 nm) is directed to brain areas transcranially

• Red light (633 nm) is delivered through a nasal applicator , reaching deep brain structures.

• An additional applicator focuses on the thymus area , activating the immune response

Due to such a multifactorial action, photobiomodulation is a powerful tool for supporting the brain, psyche, immunity, and overall health.