Drug-Free Therapy for the Reduction
of Pain and Inflammation
Photobiomodulation –
Red/ Infrared Light Laser Therapy
Regenerative Immunology is pleased to announce the addition of Red-Light Therapies to our practice. This is a drug-free, low-cost treatment for various conditions related to pain, inflammation, circulation, and wound healing.
Red light therapy works similarly to photosynthesis, where light is converted into energy. The spectrums used in these treatments fall within the red and infrared light range. Both are naturally present in sunlight; however, infrared is invisible to the human eye. Red light therapy devices produce light at specific spectrums and power levels for therapeutic purposes.
This technology, also known as Low-Level Laser Therapy (LLLT), is named for its non-heating properties. Two types of light are used: LED Red Light, which affects the skin’s surface and penetrates about 1 cm beneath it, and the Infrared Laser, which can reach soft tissue depths of 3–5 cm (1.2–2 inches). It's an incredible technology!
Light treatment
How does it work?
LLLT (Low-Level Laser Therapy), or photobiomodulation (PBM), works by using low-intensity red or near-infrared light to stimulate cellular processes and promote healing. Unlike high-powered lasers used for cutting or burning, LLLT does not generate heat or damage tissue. Instead, it enhances biological functions at the cellular level.
Discovered in the 1960s, this technology is well-researched and tested. Thousands of published studies from around the world demonstrate the safe and effective use of red-light therapies. Currently, it is used in at least 70 countries and is rapidly gaining mainstream acceptance in the U.S., with research from respected institutions, including Harvard University.
Is it approved for treatment in the U.S.?
Light therapy is a common widely used treatment in most countries around the world. In the U.S., photobiomodulation is approved for:
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Pain and inflammation
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Improved circulation
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Wound healing, including post-surgical recovery
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Peripheral neuropathy
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Various oral and dental conditions, including oral mucositis, a painful side effect of chemotherapy
A typical treatment session lasts approximately 50 minutes, incorporating red light trigger point therapy (similar to acupuncture) and direct application of the infrared laser to affected tissues.
How can PBM help me?
We treat patients suffering from various conditions, including:
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Neck and back pain
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Joint and muscle pain
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Tendinitis
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Sinus inflammation
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Overactive immune responses
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Swelling and gut pain
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Dental inflammation and nerve pain
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Poor circulation
How many treatments will I need?
As each of the problems we treat is different and unique, there is no single answer. We follow research groups and published data, were we discover the best frequency, length of application and number of repetitions of the light emission. We combine recommendations with our experience to achieve the best long-lasting results.
Dr. Kushnir will recommend a personalized treatment plan, which will be assessed continuously. Many patients experience some pain relief and improved mobility even after the first session, but multiple sessions are needed to improve the function or reduce inflammation.
The number of sessions very significantly and depends on many factors. For example, fertility treatment usually start with 8-10 sessions once or twice a week, then take 1-2 weeks break and continue with 4-5 sessions. The treatment for Dementia and neurodegenerative disorders will start taking effect during the induction course (twice a week 4 weeks), and maintenance sessions will continue dependent on rate of improvement weekly.
My injury is decades old. Can this help me?
Yes! While long-standing conditions take time to improve, results are gradual and cumulative. Multiple treatments typically lead to better, more noticeable improvements. We learned that laser treatment works best in combination with kinesiology and nutrition adjustment.
Problems with Muscle/Bone Treated with Red/Infrared Laser:
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Chronic joint or muscle pain
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Old sports injuries (sprains, strains, ligament damage)
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Arthritis-related discomfort
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Post-surgical scar tissue and adhesions
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Neuropathy or nerve damage
Infrared and red laser therapy, also known as low-level laser therapy (LLLT) or photobiomodulation (PBM), promotes healing of old injuries through several biological mechanisms. Here's how it works:
1. Light Absorption by Mitochondria
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Infrared (800–1000 nm) and red (600–700 nm) light penetrate the skin and reach injured tissues.
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These wavelengths are absorbed by cytochrome c oxidase, a key enzyme in mitochondria.
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This absorption boosts ATP (adenosine triphosphate) production, which provides cells with more energy to repair and regenerate tissues.
2. Increased Blood Flow & Oxygenation
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Laser therapy stimulates vasodilation (widening of blood vessels), improving circulation and oxygen delivery to damaged tissues.
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Better blood flow helps clear metabolic waste, reducing inflammation and swelling.
3. Anti-Inflammatory Effects
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LLLT reduces the production of pro-inflammatory cytokines (such as TNF-alpha and IL-6) while increasing anti-inflammatory cytokines (such as IL-10).
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This leads to a decrease in chronic inflammation, which is common in old injuries.
4. Enhanced Collagen & Tissue Regeneration
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Laser therapy stimulates fibroblasts, which produce collagen, a key protein for tissue repair.
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This helps heal damaged tendons, ligaments, and cartilage, improving flexibility and function.
5. Nerve Regeneration & Pain Reduction
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LLLT promotes the release of endorphins and reduces nerve sensitivity, helping with chronic pain.
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It also enhances the regeneration of nerve cells, beneficial for injuries involving nerve damage.
6. Stem Cell Activation
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Studies suggest that infrared light can activate stem cells, aiding in the regeneration of damaged tissues.
Effects can be seen within a few sessions, but chronic or severe injuries may require multiple weeks of treatment for full recovery.
Sessions typically last 5-30 minutes, depending on the area treated and the severity of the condition.
Is laser therapy a cure-all?
Yes and No. RLT is a powerful complementary therapy, but not a cure for everything. It works best alongside a healthy lifestyle, medical treatments, and proper diagnosis.
What Red Light Therapy Can Help With:
✅ Pain Relief & Injury Healing – Helps reduce pain, inflammation, and promote tissue repair (e.g., muscle injuries, arthritis, tendonitis).
✅ Skin Health – Boosts collagen production, reducing wrinkles, acne, scars, and promoting wound healing.
✅ Hair Growth – Stimulates hair follicles and may help with hair loss (like androgenic alopecia).
✅ Mood & Sleep – Supports melatonin production, improving sleep quality and reducing symptoms of depression.
✅ Muscle Recovery & Performance – Reduces muscle fatigue and enhances recovery in athletes.
✅ Neuropathy & Nerve Regeneration – Supports nerve repair and reduces neuropathic pain.
✅ Fertility and Pregnancy
What It Won’t Do:
❌ Instantly Cure Chronic Diseases – It helps with symptom relief but is not a replacement for medical treatments for conditions like cancer, diabetes, or autoimmune diseases.
❌ Replace Surgery or Medications – While it can support healing, some injuries or illnesses still require traditional treatments.
❌ Work Miraculously in One Session – Consistency is key. It usually takes multiple treatments over weeks to see results.
If the underlying cause of pain or inflammation—such as immune reactions, leaky gut, or repetitive strain—is still present, symptoms may persist. However, laser therapy can help manage symptoms and provide relief while we address the root cause.
More Info From Laser Specialist @Regenerative Immunology
Are red light therapy belts from Amazon and eBay the same thing?
No. Consumer-grade low-powered LED devices do not offer the same medical-grade effectiveness as our high-powered, FDA-registered therapeutic lasers.
Does the LLLT laser remove hair?
No. Laser hair removal uses different spectrums of light. Interestingly, LLLT has been known to regrow hair! This was discovered in 1967 by Hungarian scientist Endre Mester, who found that low-level laser light promoted wound healing and hair regrowth in rats.
Why do you choose LED vs. Laser for LLLT
✅ Laser (Coherent Light)
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More focused and penetrates deeper into tissues.
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Often used in medical or professional settings.
✅ LED (Non-Coherent Light)
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Spreads light over a larger area but doesn’t penetrate as deeply.
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Used in home therapy devices.
Choosing the Right Wavelength & Laser Type
💡 For skin & surface-level issues: 630–660 nm (Red light, LED or laser).
💡 For muscle/joint pain & deep tissue repair: 800–1064 nm (NIR/IR light, laser preferred).
💡 For nerve healing & regeneration: 808–850 nm (NIR laser or LED).
Choosing the Right Frequency and Timing
More is not necessarily better. We agree with many specialists using laser - using low frequencies and pulsed laser beam achieves much better and long-lasting results. Also, there is an individual sensitivity and conductivity of the skin, so for each person we make adjustments to the treatment modalities.
During the treatment sessions energy accumulates in the tissues, so our protocols are based on short beams (10-15 sec) in 3 repetitions, to give the body rest in between for best absorption.
While LLLT is non-invasive and generally safe, results vary depending on the severity and type of injury. It’s best to consult a healthcare professional to see if it’s the right option for your specific case. Would you like recommendations on devices or clinics offering this treatment?
PBM for Neurological & Cognitive Health in Oakland, CA
Gentle, Non-Invasive Brain Support with Light Therapy
Photobiomodulation (PBM), also known as red and near-infrared light therapy, offers a powerful, drug-free treatment for neurological health and cognitive performance. PBM supports the brain by modulating inflammation, enhancing oxygenation, and boosting mitochondrial energy production (ATP). At Regenerative Immunology, Inc. in Oakland, we offer PBM therapy for a range of brain-related conditions.
Why Choose PBM for Brain Health?
Targeted PBM to the head and neck can:
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Improve mental clarity, focus, and alertness
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Enhance memory and cognitive processing speed
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Reduce brain inflammation and oxidative stress
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Support neuroplasticity and brain repair mechanisms
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Improve mood, reduce brain fog, and enhance resilience to stress
Conditions Treated with PBM
Our clinic provides PBM therapy in Oakland for:
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Brain fog and chronic fatigue
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Concussion and traumatic brain injury (TBI)
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Mild cognitive impairment (MCI)
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Alzheimer’s disease (early-stage support)
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Parkinson’s disease symptom management
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Multiple sclerosis (MS)
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Stroke rehabilitation and recovery
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Neuropathy and nerve dysfunction
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Anxiety, stress, and sleep disorders
How PBM Brain Therapy Works
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Non-invasive delivery through the scalp, neck, or transcranial helmet
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Red and NIR wavelengths: 810–1064 nm for deep tissue penetration
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2–3 brief sessions per week (10–20 minutes)
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Comfortable setting with no downtime or side effects
Science-Backed Brain Optimization
Recent research (2020–2024) confirms PBM improves cerebral blood flow, brain oxygenation, and mitochondrial performance. Studies report significant benefits in memory, cognitive function, mood regulation, and post-concussion recovery.
What to Expect from Your Session
PBM brain sessions are painless and relaxing. Many patients report improved focus or mood after the first few treatments. Results accumulate over time with continued care.
PBM for Pain & Inflammation Relief
A Safe, Non-Invasive Way to Reduce Pain
Photobiomodulation (PBM) is a drug-free, evidence-based therapy that uses red and near-infrared light to reduce inflammation, increase circulation, and accelerate tissue repair. At Regenerative Immunology, Inc., we offer PBM as a powerful, non-invasive treatment for both acute and chronic pain.
Why PBM for Pain?
PBM activates mitochondrial function (ATP production) and reduces oxidative stress, promoting faster recovery and natural anti-inflammatory effects. Clinical benefits include:
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Relief from muscle and joint pain
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Reduced inflammation and swelling
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Enhanced tissue regeneration
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Improved range of motion
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Faster recovery from injury or surgery
Clinical Applications
PBM is used to address a range of pain conditions:
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Arthritis (RA, OA)
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Neck, back, and joint pain
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Tendonitis and bursitis
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Fibromyalgia and chronic fatigue
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Neuropathic pain and nerve injuries
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Post-surgical healing
Treatment Protocol
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Individualized settings based on condition and depth
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Light wavelengths: 630–900+ nm (Red & NIR)
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Session length: 10–20 minutes
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Comfortable, contact-free sessions
Backed by Research
Dozens of studies confirm PBM's ability to reduce inflammation and modulate pain signals. Research from 2020–2024 highlights its efficacy for musculoskeletal, neuropathic, and autoimmune-related pain.
What to Expect
Patients often feel warmth or relaxation during treatment. Pain relief may be felt after the first session, with cumulative results over multiple visits.