Photobiomodulation (PBM), also known as low-level light therapy (LLLT), uses specific wavelengths of light to stimulate natural healing processes in the body.
PBM delivers light energy to cells, especially the mitochondria, which boosts ATP (energy) production.
This improves cell metabolism, reduces inflammation, enhances circulation, and supports tissue repair. PBM is non-invasive, painless, and safe when used correctly.
The science at a glance: Light → Energy → Repair & Recovery
PBM can help a wide range of people by:
– Reducing pain and inflammation.
– Healing wounds and ulcers faster.
– Managing side effects of cancer treatments.
– Improving skin health and rejuvenation.
– Supporting recovery from injuries or surgeries.
It’s safe for most people, including children and elderly patients.
– Not recommended over the eyes without protective eyewear.
– Should be administered by trained personnel or under medical guidance.
– Oral Mucositis: PBM reduces painful mouth sores caused by chemotherapy & radiation.
– Radiation Dermatitis: Helps heal and soothe skin damage from radiation.
– Lymphedema: Reduces swelling and discomfort.
– Neuropathy: Helps manage nerve pain from chemotherapy. Endorsed by international guidelines (MASCC/ISOO).
– Acne & Rosacea: Reduces inflammation and bacterial activity.
– Psoriasis & Eczema: Soothes skin and reduces lesions.
– Wound Healing: Speeds up closure of chronic wounds and surgical incisions.
– Skin Rejuvenation: Stimulates collagen.
– Scar Management: Minimizes scars.
– Muscle Injuries: Reduces pain and accelerates recovery.
– Joint Pain & Arthritis: Decreases inflammation in joints.
– Tendon & Ligament Injuries: Promotes healing.
– Post-Surgical Recovery: Helps reduce pain & speed healing.
– Sports Performance: Enhances recovery and may improve performance metrics.
No. PBM is painless, and most people find it relaxing.
The outcome depends on the individual’s condition; some may see results after a one session, while others may require ongoing therapy.
Yes, when applied according to guidelines, PBM is safe and recommended for managing side effects.
Side effects are rare and mild, such as slight redness. Always use protective eyewear and follow dosage guidelines.
For years, red light therapy (RLT) became popular because it’s simple, accessible, and effective for some purposes, but Photobiomodulation (PBM) goes beyond that.
Here’s why:
1. Red Light = A Piece of the Spectrum Red light (usually ~620–700 nm) penetrates skin and superficial tissues well and can stimulate healing, collagen, and reduce inflammation in shallow tissues (like skin, wounds, or superficial muscles). It works primarily on the surface or just below. BUT: • Red light alone doesn’t reach deeper structures (like joints, tendons, nerves, or deeper muscle). • Red light may not deliver the optimal “dose” because many devices are underpowered or poorly designed.
2. ATP38 Miracle = A Comprehensive, Evidence-Based Approach Unlike basic red-light devices, the ATP38 Miracle delivers true, next-generation Photobiomodulation (PBM) by combining advanced technology with medical-grade precision:
• It uses not just red light, but also five other wavelengths (452–875 nm), which penetrate much deeper, ideal for reaching muscles, tendons, joints, and even neural tissue.
• It delivers multiple wavelengths simultaneously, targeting both superficial and deep tissues for comprehensive therapeutic effects.
• It provides precise dosimetry, delivering the right energy, power, time, and treatment area to achieve optimal results.
The ATP38 Miracle adheres to rigorous scientific principles, applying the right light, at the correct dose, in the right way, and for the right tissue, ensuring consistent, evidence-based outcomes far beyond what simple red light can achieve.
In Summary: Red light therapy is suitable for surface-level healing & rejuvenation. PBM by ATP38 combines the power of 6 wavelengths, applied scientifically, to unlock more profound healing, more consistent outcomes, and wider therapeutic applications, making it a true medical-grade evolution beyond traditional LLLT or simple red-light devices.
In Photobiomodulation (PBM), dosimetry refers to the amount of light energy delivered to the tissue, which is determined by the combination of power, energy, time, and treatment area. The dose must be just right because PBM follows a phenomenon called the biphasic dose response (also called the Arndt-Schulz Law).
If the dose is too low:
• The light doesn’t deliver enough energy to the cells to trigger a meaningful biological response.
• The mitochondria aren’t sufficiently stimulated, so ATP production and healing effects are minimal.
• You may not see any noticeable benefit.
If the dose is too high:
• The excess energy can inhibit cell activity rather than stimulate it.
• Overheating, oxidative stress, or cellular fatigue can occur.
• Healing and regeneration may slow down or even reverse.
The “Therapeutic Window” Between too little and too much lies the therapeutic window, the optimal dose where PBM produces: – Maximum ATP production – Reduced inflammation – Accelerated healing – Pain relief
This is why professional PBM devices, such as the ATP38 Miracle, are designed to deliver precise, evidence-based dosimetry, ensuring consistent, safe, and effective outcomes every time.
The process by which light energy is taken up by tissues or molecules (like chromophores) in the body.
The energy currency of the cell, produced in mitochondria, and increased by PBM to power cellular activities.
Another term for PBM stimulating biological processes to promote healing and repair.
A molecule in cells (e.g., cytochrome c oxidase) that absorbs light and starts the PBM process.
A protein that gives skin strength and structure. PBM can stimulate collagen production for healing and rejuvenation.
A condition or situation where PBM should not be used or used with caution.
The calculation of the correct PBM dose (energy, power, and time) for a specific treatment.
Redness of the skin, sometimes mild and temporary after PBM.
The body’s response to injury or irritation. PBM helps reduce inflammation and promote healing.
The power of the light delivered per unit area, usually measured in milliwatts per square centimeter (mW/cm²).
A light source commonly used in PBM devices; produces specific wavelengths of light.
An older term for PBM, referring to the use of low-intensity lasers for therapy.
The “powerhouse” of the cell where energy (ATP) is produced. PBM stimulates mitochondria to work more efficiently.
Nerve damage that can cause pain, numbness, or tingling. PBM can help alleviate symptoms.
Painful sores in the mouth, a common side effect of cancer therapy. PBM is proven to help prevent and treat it.
The use of specific wavelengths of light to stimulate biological processes that reduce pain, inflammation, and promote healing.
A molecule or cell that senses and reacts to light, triggering biological effects.
The amount of power delivered over a specific area of tissue is key to PBM dosing.
Chemicals produced during stress that can damage cells; PBM helps balance ROS to promote healing.
The body’s process of replacing damaged tissue. PBM accelerates this process.
A defined plan for applying PBM, including dose, frequency, and duration.
The specific color of light (measured in nanometers, nm) used in PBM determines how deeply it penetrates the body.