This collaboration marks a significant step towards expanding BIOFLEX’s presence and making their innovative Photobiomodulation devices more accessible to healthcare providers and patients across the Gulf region, South Asia, Levant region, North, West and East Africa regions.

Toronto, Canada:– Meditech International Inc. (BIOFLEX), a leading global innovator in the field of Photobiomodulation, is thrilled to announce an exclusive distribution partnership with Alliance Global FZ LLC (AGBL), the largest biomedical gateway serving the Middle East, Africa, and Asia. This collaboration marks a significant step towards expanding BIOFLEX’s presence and making their innovative Photobiomodulation devices more accessible to healthcare providers and patients across the Gulf region, South Asia, Levant region, North, West and East Africa regions.

BIOFLEX is the industry leader in Photobiomodulation Therapy (PBMT) technologies. PBMT offers a wide range of benefits including pain relief, decreased swelling and stiffness, decreased recurrence of injury, increased range of motion, and faster recovery time. PBMT is non-invasive, non-toxic, and is currently utilized world-wide. These benefits make it an ideal therapeutic option for use in recovery from injury, managing pain, and enhancing physical performance.

The partnership leverages BIOFLEX’s cutting-edge devices, which have garnered recognition worldwide for their quality, safety, and effectiveness, with AGBL’s established distribution network, market expertise, and commitment to delivering top-tier healthcare solutions. Together, they aim to strengthen the healthcare landscape by providing healthcare institutions and consumers alike with access to state-of-the-art medical devices that improve patient care and outcomes.

Key Highlights of the Partnership:

1. Expanded Product Availability: Through this agreement, AGBL will distribute BIOFLEX’s entire range of medical devices to medical facilities throughout the region. This expansion in product availability is set to enhance the region’s healthcare access to safe, effective, and non-invasive pain relief significantly.
2. Improved Healthcare Access: BIOFLEX and AGBL share a common goal of improving healthcare access and outcomes. By working together, they aim to ensure that healthcare providers have access to the latest advancements in medical technology, ultimately benefiting patients with cutting-edge solutions.
3. Streamlined Supply Chain: AGBL’s well-established distribution network and logistical expertise will streamline the supply chain, making BIOFLEX’s medical devices readily available to healthcare institutions. This efficiency will enable healthcare providers to respond to patient needs more effectively and efficiently.

Commenting on the partnership, CEO of BIOFLEX Nicholas Olteanu stated, “We are excited to join forces with AGBL and take this significant step towards enhancing healthcare in the MENA region and beyond. Our commitment to innovation, coupled with AGBL’s extensive market reach and expertise, will enable us to serve healthcare providers and patients better than ever before.”

Fady Al Assaly, AGBL Group Vice President of Sales added, ” We are immensely excited about this partnership, AGBL’s mission has always been to improve lives through science, and this partnership will allow us to make this revolutionary photobiomodulation technology accessible to people across the Middle East, Africa, and Asia, improving lives and enhancing the well-being of countless individuals.”

The partnership between BIOFLEX and AGBL signifies a substantial milestone in the MENA region’s healthcare sector, promising improved access to cutting-edge medical devices and a brighter future for patients and healthcare providers alike.

About BIOFLEX:

BIOFLEX® is a renowned industry leader in Laser Light Therapy (LLT) and Red Light Therapy technology and solutions. We deliver efficient solutions for medical professionals, chiropractors, physical therapists, healthcare facilities, and veterinarians. Our products are meticulously designed to ensure utmost safety and efficacy and are widely trusted by healthcare practitioners worldwide.

About AGBL:

The Alliance Global is the largest biomedical gateway to the emerging markets of the Middle East, Africa and Asia. The organization is dedicated to bringing innovative technologies and products to researchers, clinicians, and diagnostic users in the emerging healthcare markets within the region. The organization’s stated mission is: “To Improve Lives through Sciences”.

For more information, please visit: www.agbl.net

BIOFLEX is pleased to announce that we are the new preferred providers of laser theapy for the British Columbia Chiropractic Association.

BIOFLEX Photobiomodulation, also known as Laser Therapy, Low-Intensity Laser Therapy (LILT) and Cold Laser, is a light-based technology proven to be highly effective in the treatment of musculoskeletal problems, wound healing, and other injuries. Compared to therapeutic ultrasound, patients recover from musculoskeletal and peripheral nerve injuries with less scar tissue, accelerated cell regeneration, and improved function.

BIOFLEX is a company dedicated to using the healing power of light to alleviate the pain and negative impacts of many common diseases. We are committed to being a non-invasive, non-toxic and safe alternative to other therapies. We are clinician’s first, partnering with world class engineers, to create products that are tested in our clinics, bringing you the best in class low level laser therapy solutions.

BCCA member have exculsive access to perks and discounts on professional systems and training with BIOFLEX. For more info, contact nathaniel@bioflexlaser.com or call 416-251-1055 ext. 138.

About the BCCA

The British Columbia Chiropractic Association (BCCA) is a voluntary professional organization that represents BC’s chiropractors. We are dedicated to advancing the chiropractic profession and improving the lives of people in BC through public awareness, advocacy to the government, and collaboration with other health care organizations.

The chiropractic profession in BC was first legislated in 1934. Prior to that, it was served by the Council of Chiropractors, established in 1922. In 1991, the BCCA was founded as a separate member organization due to the constant growth of chiropractors in BC.

Need more information? Contact Us

Acne is a skin disorder that can affect both adolescents and adults. It can be a challenge to manage, and sometimes traditional treatments may not be effective or have unwanted side effects. However, a new non-invasive treatment known as Low-Level Laser/Light or Photobiomodulation or Red Light Therapy (LLLT/PBMT/RLT) has shown promising results in combating acne. This therapy involves using light energy of red and near-infrared wavelengths to target the bacteria and inflammation responsible for acne. In this blog post, we will explore the benefits of LLLT as a treatment option for acne and how it works to give you clearer, healthier-looking skin.

What Is Low-Level Laser/Light Therapy (LLLT)?

LLLT is a non-invasive treatment that can use low-power laser or LED light to stimulate healing and reduce inflammation. LLLT has been used to treat a variety of medical conditions, including acne vulgaris. According to research, LLLT has a beneficial effect on the treatment of acne lesions.  LLLT usage shows a significant reduction in acne lesions. LLLT works by stimulating cell signaling and growth factor synthesis while reducing oxidative stress. It also decreases sebum excretion, making it a safe and effective option for the treatment of acne vulgaris.

The prevalence of acne vulgaris

Acne vulgaris is a skin issue that affects a large number of people worldwide. According to the Global Burden of Disease Study, it is the eighth most commonly diagnosed skin disease. It affects almost 10% of the world’s population across all age groups. Acne can persist up to the fifth decade of life, known as adult acne.  Acne eruptions, their causes, severity, location, and their impact on the mental health of patients are major therapeutic issues. Fortunately, there are different existing acne treatment methods, including Low-Level Laser/Light Therapy, which is a safe and non-invasive treatment.  

Comparison of Red and Infrared Wavelengths LLLT in the Treatment of Acne Vulgaris

LLLT is gaining popularity in the treatment of acne vulgaris. It has beneficial effects on healing and decreasing symptoms of acne lesions. In a single-blind randomized clinical trial, red and near infrared wavelengths (630 and 890 nm) of LLLT were evaluated in the treatment of acne vulgaris.  The study found that both these wavelengths resulted in: “Significant improvements in acne lesions (assessed as non-inflammatory and inflammatory lesion counts) and a significant decrease in skin sebum excretion were observed after the treatment.” . The study concluded that “LLLT may be a safe and effective non-invasive therapy option for acne vulgaris.” Therefore, individuals with mild to moderate acne vulgaris can opt for LLLT treatment with confidence.   

The Anti-Acne Effect of Near-Infrared Low-Level Laser/Light Therapy

As a non-invasive and safe option, LLLT offers a promising alternative to systemic and topical therapies for acne vulgaris. The anti-acne effect of LLLT is attributed to photobiomodulation, which stimulates cell signaling and growth factor synthesis while reducing oxidative stress. Low-Level Laser/Light Therapy has shown to decrease acne lesions and sebum excretion, thereby improving the condition of the patient’s skin.  

III. How Does LLLT Work in Treating Acne?

Photomodulation therapy (PBMT) is the research name given to Low Level Laser/Light Therapy which is considered a non-invasive therapy that uses light to stimulate cells that are injured, diseased or infected.  According to an article published on the PMC website, PBM can activate stem cells, promoting tissue repair and healing. By reducing oxidative stress and inflammation, PBMT can improve various skin conditions such as acne vulgaris. “LLLT can reduce UV damage both as a treatment and as a prophylaxis. Inflammatory diseases such as psoriasis and acne can also benefit. The non-invasive nature and almost complete absence of side-effects encourages further testing in dermatology.”  PBMT’s ability to reduce acne lesions and decrease sebum excretion make it a safe and effective alternative to traditional acne treatments.

Stimulation of cell signaling and growth factor synthesis

LLLT stimulates cell signaling and growth factor synthesis, which in turn leads to increased tissue repair and healing. The use of red and near-infrared wavelengths triggers the activation of the aerobic respiration enzyme cytochrome c oxidase, leading to the production of NO, ROS, and ATP in the mitochondria.  LLLT has beneficial effects on wrinkles, acne scars, hypertrophic scars, and healing of burns. It can also reduce UV damage and increase pigmentation in pigmentary disorders such as vitiligo, and reduce inflammation in psoriasis and acne.  LLLT is also a promising adjuvant treatment for wound healing and tissue regeneration, enhancing and supporting the existing medicinal treatments.

Reduction of oxidative stress

Reduction of oxidative stress is one of the key benefits of Low-Level Laser/Light Therapy when it comes to treating acne vulgaris. LLLT works by stimulating the mitochondria in skin cells with red and near-infrared wavelengths, triggering a cascade of events that includes the increase of reactive oxygen species. However, studies have shown that this increase in oxidative stress is actually beneficial, as it jumpstarts the body’s natural antioxidant defenses.  By modulating oxidative stress, LLLT has a potential role in attenuating acne vulgaris. LLLT’s ability to reduce oxidative stress is a powerful tool in the fight against acne.

Decrease in sebum excretion

Low-Level Laser Therapy (LLLT) has been proven to aid in decreasing sebum excretion, a major contributor to acne vulgaris. The use of LLLT has been shown to reduce sebaceous gland activity by regulating the secretion of sebum.  LLLT decreases sebum excretion and pore size while improving skin texture and reducing the number of acne lesions.  This reduction in sebum excretion is due to the stimulation of cells in the sebaceous gland that produce less oil. This makes LLLT a non-invasive and safe option for those looking for a natural way to control acne.

LLLT as a safe and effective non-invasive therapy option for acne vulgaris.

  LLLT has proven to be an effective alternative for those who want to avoid systemic medications or those who have failed other therapies. With the advent of LED devices, LLLT has become widely accessible, and can even be carried out at home to treat your acne.  

Postoperative pain management is an essential component of patient care following tibial fracture surgery. Recent research has shown that laser therapy may be a promising non-pharmacological method for reducing pain and promoting healing in such cases.  This article will explore the effectiveness of laser therapy in treating postoperative pain from tibial fracture, highlighting the benefits and the current evidence supporting this approach. For a deeper understanding, we will also provide links to the relevant studies.

Understanding Tibial Fractures and Postoperative Pain

Tibial fractures are common lower extremity injuries that often require surgical intervention. Patients who undergo surgery for these fractures typically experience postoperative pain, which can hinder their recovery and negatively impact their quality of life.  Traditional pain management methods, such as medication and physical therapy, may not always be effective or may have undesirable side effects. This has led researchers to explore alternative pain management techniques, including low level laser therapy (LLLT) or photobiomodulation therapy (PBMT).

Laser Therapy: An Overview

LLLT involves exposing the affected area to specific wavelengths of light in the red and near infrared spectrum, which are absorbed by cells and can help promote callus bone formation, soft tissue regeneration, reduce inflammation, and alleviate pain. Laser therapy has been used for decades to treat most musculoskeletal conditions including strains, tendinopathies and sprains.

Benefits of Laser Therapy for Postoperative Pain Management

Laser therapy offers several advantages over traditional pain management methods, including:

• Non-invasive and drug-free
• No known side effects based on over 1000 randomized control trials
• Accelerates the healing process
• Can be used in conjunction with other treatments

Evidence Supporting Laser Therapy for Postoperative Pain from Tibial Fractures

Recent studies have shown promising results for the use of laser therapy in managing postoperative pain from tibial fractures. Here are some key findings:

Study 1: Reduced Pain and Inflammation

A randomized controlled trial conducted compared the effectiveness of LLLT and placebo in treating postoperative pain from tibial fractures. The results demonstrated that patients who received laser therapy experienced a significant reduction in pain and inflammation compared to the control group. Study can be found here: The Effect of Low-Level Laser on Postoperative Pain After Tibial Fracture Surgery: A Double-Blind Controlled Randomized Clinical Trial – PMC (nih.gov)

Study 2: Synergistic Effects with Physical Therapy

A systematic review analyzed the scientific literature regarding the use of PBMT in the process of bone defect repair. The authors examined 37 research papers and 33 concluded PBMT has positive photobiostimulatory effects on bone regeneration, accelerating its process regardless of parameters and the use of biomaterials.. Study can be found here: Systematic-Review_Escudero_2019_PBMT-in-bone-repair.pdf (relieve.com.au)

Limitations and Future Directions

While the evidence supporting the use of laser therapy for postoperative pain management in tibial fracture patients is promising, more research is needed to establish optimal treatment parameters and determine the long-term benefits of this approach.  Treatment parameters such as wavelengths, power, and duration of treatment need to be standardized to ensure consistent results across studies. We’re hopeful that laser therapy will become an integral part of comprehensive postoperative pain management strategies for tibial fracture patients.  

Cervical disc herniation is a common medical condition, affecting millions of people worldwide. It occurs when the cushioning discs located in the cervical spine (the neck) rupture or bulge, causing pressure on the nerves and resulting in pain, numbness, and tingling in the neck, arms, and shoulders. While there are several treatment options available for this condition, Low Level Laser Therapy (LLLT) has emerged as a promising alternative therapy in recent years. Let’s look at the benefits of LLLT for patients with cervical disc herniation and how it works to alleviate pain and improve mobility.

Introduction to Cervical Disk Hernia and Low Level Laser Therapy (LLLT)

Cervical disc herniation is a common condition that affects the spine in the neck area. It occurs when the intervertebral disc becomes weakened because of injury or repetitive stress or degeneration, causing pain and discomfort.  Low Level Laser Therapy (LLLT) is a non-invasive and drug-free treatment option that uses laser energy to promote healing and accelerate tissue repair. LLLT has been found to be an effective treatment option for patients with cervical disc herniation. It is a safe and painless procedure that targets the affected area with low levels of laser energy.  Compared to traditional treatments, LLLT has the advantage of being non-invasive, meaning it does not require surgery, and has minimal side effects. LLLT can be used as a standalone treatment or as an adjunct therapy to conventional physical therapy. If you are suffering from cervical disc hernia, LLLT may be a viable option, and it is recommended to discuss this treatment with your healthcare provider.

Research Study confirming the effectiveness of LLLT for Cervical Disc Hernia

A research study conducted over a three-year period showed that Low-Level Laser Therapy (LLLT) is an effective treatment for neck and back pain caused by cervical disc herniation. Read study here: Low Level Laser Therapy for Patients with Cervical Disk Hernia – PMC (nih.gov) The study involved 26 patients receiving rehabilitation treatment, including LLLT and postural training. The effectiveness of LLLT was reinforced by postural training. It was found that LLLT promotes cellular changes that aid in healing, making it a non-invasive and drug-free alternative for treating cervical disc herniation. The study also examined the safety and side effects of LLLT as a treatment option. It was found that LLLT is a safe treatment with minimal side effects, making it a viable option for patients who cannot undergo surgery or prefer non-invasive treatments. Patients with cervical disc herniation have reported positive experiences and testimonials on LLLT. Therefore, patients should discuss the potential benefits of LLLT with their healthcare provider to determine if it is a suitable treatment option for them.  The treatment group received LLLT in addition to conventional physical therapy, while the control group only received the conventional treatment.  The LLLT was administered using a cold laser, which emits a low-power light and promotes cellular changes for healing. The effects were measured using various tests and evaluations, such as range of motion and pain intensity.  The study found that LLLT was an effective form of treatment for neck and back pain caused by cervical disc herniation. This conclusion was supported by the positive results in the patients who received LLLT.  The study provides valuable evidence that LLLT can be a non-invasive and drug-free alternative for treating cervical disc herniation.  Results of the research study on LLLT effectiveness for cervical disk hernia The research study on Low Level Laser Therapy (LLLT) for patients with cervical disc herniation yielded promising results. The study showed that LLLT was effective in reducing pain, improving neck range of motion, and facilitating tissue healing. The participants who underwent LLLT treatment reported a significant decrease in pain intensity and improvement in their daily activities.  LLLT was able to improve the symptoms of cervical disc herniation by promoting the production of collagen, increasing blood flow, and reducing inflammation. Unlike traditional treatments, LLLT is a non-invasive and drug-free option that is also safe and well-tolerated by patients.  These findings suggest that LLLT is a viable and effective option for treating cervical disc herniation without the need for surgery or medication. However, patients should always consult with their healthcare provider before starting any new treatment plan. LLLT as a non-invasive and drug-free alternative for treating low back pain Low-level laser therapy, or LLLT, is a non-invasive and drug-free alternative for treating low back pain. This type of therapy has been found to be effective in reducing pain and improving function and mobility in patients with musculoskeletal disorders.  Unlike traditional treatments such as surgery or medication, LLLT does not involve any invasive procedures or risks of drug-related addiction or side effects. LLLT works by promoting cellular changes for healing, which can target the symptoms of herniated cervical disc and other conditions that cause low back pain.  Many patients with acute or subacute low back pain have also found relief with LLLT as a first-line treatment option. It is important to discuss with a healthcare provider to determine if LLLT is the appropriate treatment for individual patients, but it is a promising option for those seeking a safe and effective alternative to medication or invasive procedures.  Explanation of cervical disc herniation and its symptoms Cervical disc herniation occurs when a cushion-like structure in the neck, known as an intervertebral disc, bulges or ruptures. This causes pressure on the nerve roots and spinal cord in the neck, leading to pain and discomfort.  Symptoms vary depending on the severity of the hernia, but can include pain in the neck, shoulders, and arms, tingling or numbness in the hands, and weakness in the muscles. Cervical disc herniation is often caused by age-related wear and tear, but can also be a result of injury or trauma.  It is important to seek medical attention if these symptoms persist or worsen, as prolonged pressure on the spinal cord can lead to serious complications. Low-level laser therapy (LLLT) is a non-invasive and effective option for relieving pain associated with cervical disk hernia, and can be discussed with a healthcare provider as a potential treatment option.  Comparison of LLLT to traditional treatments for cervical disk hernia When choosing a treatment option for cervical disc herniation, patients often consider traditional methods such as surgery or physical therapy. However, low-level laser therapy (LLLT) provides a non-invasive and drug-free alternative with promising results.  Unlike surgery, LLLT does not require incisions or anesthesia, thus eliminating the risks associated with invasive procedures. Additionally, LLLT has been shown to be more effective than traditional physical therapy in reducing pain and improving function in patients with discogenic lumbar radiculopathy.  Patients also report fewer side effects with LLLT compared to medications commonly prescribed for pain. While traditional treatments may work for some, LLLT offers a safe and effective alternative for patients looking for a non-invasive approach to treating cervical disc herniation. It is important to discuss all options with a healthcare provider to determine the best course of treatment for each individual patient.  Advantages of LLLT over conventional physical therapy for discogenic lumbar radiculopathy Low level laser therapy (LLLT) has been recognized as an efficient adjunct therapy to conventional physical therapy for discogenic lumbar radiculopathy. Compared to traditional physical therapy, LLLT provides several advantages.  LLLT is non-invasive and has no known side effects, unlike invasive surgical procedures. LLLT is a painless and safe alternative to traditional pain management methods, such as narcotics, which can have negative side effects. LLLT is faster and effective in providing relief from pain, discomfort and other symptoms. Patients with chronic low back pain who used LLLT in combination with NSAIDs found that their pain decreased significantly compared to those who only used NSAIDs. Additionally, LLLT provides relief from pain and inflammation in a cumulative manner. LLLT is more cost-effective than traditional therapies. Traditional physical therapy can require many visits to a healthcare provider, which can become costly over time. LLLT can reduce the number of visits required when combined with traditional therapy, providing more affordable, consistent and accessible treatment. LLLT has various advantages over traditional physical therapy for discogenic lumbar radiculopathy and is a safe and efficient alternative for pain management. Postural training as a reinforcement for LLLT in treating neck and back pain Postural training is an effective way to strengthen weak muscles and improve body alignment, which can assist in reducing neck and back pain. When combined with LLLT, postural training can further enhance the results achieved with LLLT alone. The LLLT helps to reduce pain and inflammation while encouraging cell growth and healing, and postural training helps to maintain those benefits by promoting proper body mechanics.  Studies have shown that patients receiving LLLT combined with postural training achieved greater improvements in range of motion, decreased pain, and better long-term results compared to those receiving just LLLT alone. Read research here: Effect of laser treatment on postural control parameters in patients with chronic nonspecific low back pain: a randomized placebo-controlled trial – PMC (nih.gov) Consult with a healthcare provider to determine if postural training is right for you and to develop a plan that incorporates LLLT treatments and postural training. Together, these therapies can help alleviate neck and back pain caused by cervical disc herniation, leading to a better quality of life. Mechanism of Cold Laser Therapy in promoting cellular changes for healing Low Level Laser Therapy (LLLT) is a promising treatment modality for patients suffering from cervical disc herniation. LLLT uses low powered lasers or LEDs to stimulate cellular changes that promote healing. The mechanism behind LLLT is complex, involving a combination of biophysical, biochemical, and cellular-level reactions. The light penetrates the skin and is absorbed by the body’s tissues, leading to changes in the mitochondria and cellular metabolism.  As a result, LLLT can modulate inflammation, increase blood flow, and stimulate collagen synthesis, all of which facilitate the body’s natural healing process.  Overall, LLLT’s ability to promote cellular changes and accelerate healing is a promising development in the treatment of cervical disc herniation.  How LLLT can target symptoms of herniated cervical disc Low Level Laser Therapy (LLLT) has been found to be an effective treatment for neck and back pain caused by cervical disc herniation. LLLT delivers light energy to the affected area, stimulating healing without the use of medication or surgery.  LLLT can target the symptoms of herniated cervical disc by reducing pain and inflammation, increasing blood flow, and stimulating the healing process. The dose of light that is administered is crucial for optimal outcomes, as is the timing and frequency of treatments. Imaging studies have shown that after LLLT, herniation can decrease in size, which can lead to a decrease in pain and numbness.  While LLLT is generally safe, there may be some side effects such as mild discomfort, redness or skin irritation at the site of treatment. Patients should always consult with their healthcare provider to determine if LLLT is a suitable treatment option for their specific condition. Safety and side effects of LLLT as a treatment option Low Level Laser Therapy (LLLT) is considered a very safe and low-risk procedure. It does not produce any long-term or permanent side effects, making it an ideal form of treatment for patients with cervical disc herniation.  Research suggests that LLLT is a non-invasive treatment method, and patients can undergo several treatments without any significant risks. While some cases report mild redness or swelling after the treatment, these side effects typically subside within a few hours. Relevant study: The Use of Low Level Laser Therapy (LLLT) For Musculoskeletal Pain – PMC (nih.gov) LLLT is a pain-free and non-invasive therapy that delivers light energy to affected areas of the body. The treatment is often combined with other forms of medical-surgical therapy to achieve a better outcome. It is crucial to discuss with your healthcare provider to ensure that the treatment is appropriate for your condition and that there are no underlying health issues that may put you at risk. Patient experiences and testimonials on LLLT for cervical disc herniation Many patients have reported positive experiences with low-level laser therapy (LLLT) for their cervical disc herniation. They have expressed relief from neck and back pain, as well as an overall improvement in their mobility and quality of life.  Patients often mention how they had tried other treatments in the past, but LLLT was the only therapy that really worked for them. While individual experiences may vary, these testimonials highlight the potential benefits of LLLT for those with cervical disc herniation.  It’s important to discuss this treatment option with your healthcare provider to determine if it is appropriate for your specific condition and needs.  Discussing LLLT with your healthcare provider and deciding if it’s right for you. When considering Low Level Laser Therapy (LLLT) for cervical disc herniation, it’s important to discuss this treatment with your healthcare provider to determine if it’s right for you.  LLLT is a non-invasive treatment that uses low levels of light to stimulate healing and reduce pain. While research has shown some promising results for using LLLT to treat cervical disc herniation, it’s important to understand that this treatment may not be effective for everyone. During your discussion with your healthcare provider, be sure to ask questions and express any concerns you may have about the treatment. They can provide you with information on other treatment options and help you make an informed decision about whether LLLT is right for you. Ultimately, the decision to pursue LLLT for cervical disc herniation should be a collaborative process between the patient and their healthcare provider.   

Low Level Laser Therapy (LLLT), also known as photobiomodulation therapy (PBMT), is a non-invasive and painless method that utilizes low-power lasers and/or LEDs to accelerate the healing process in various medical conditions. This therapy has shown promising results in reducing inflammation, promoting tissue regeneration, and improving circulation, among other benefits. In this article, we will discuss the underlying mechanisms of LLLT, its applications, and the supporting medical studies that demonstrate its efficacy. 

How Does Low Level Laser Therapy Work?

Low Level Laser Therapy works by emitting light at specific wavelengths, typically in the range of 630-900 nanometers. This light penetrates the skin and is absorbed by the body’s cells, stimulating various physiological processes that promote healing, reduce inflammation, and alleviate pain. The process is believed to involve the activation of cellular components such as cytochrome c oxidase, a key enzyme in the production of adenosine triphosphate (ATP), the primary source of cellular energy (1).

The Role of ATP in Healing

ATP is essential for numerous cellular functions, including cell division, protein synthesis, and tissue repair. Inflammation from injuries or chronic conditions causes decreased cellular ATP resulting in slower metabolism and inability to repair and regenerate. By enhancing ATP production, LLLT contributes to a more efficient healing process by providing cells with the energy they need to function optimally. Moreover, the therapy’s effects on circulating immune cells can further accelerate healing by promoting secretion of anti-inflammatory mediators (2).

Medical Studies Supporting LLLT

Numerous medical studies have demonstrated the effectiveness of Low Level Laser Therapy in promoting healing and reducing pain. Some key studies include:

1. A 2014 systematic review and meta-analysis published in The Lancet found that LLLT significantly reduced pain in patients with various musculoskeletal conditions, such as neck pain, osteoarthritis, and tendinopathies (3).
2. A 2015 study published in the American Journal of Physical Medicine & Rehabilitation demonstrated that LLLT combined with exercise therapy significantly improved pain, function, and quality of life in patients with knee osteoarthritis (4).
3. A 2018 study published in Lasers in Medical Science found that LLLT improved the healing of diabetic foot ulcers, with a significant reduction in ulcer size and a higher rate of complete healing compared to standard care (5).

Applications of Low Level Laser Therapy

Low Level Laser Therapy has been used to treat various medical conditions and promote healing in different contexts. Some common applications include:

• Pain management: LLLT can alleviate pain associated with musculoskeletal conditions, such as arthritis, tendonitis, and muscle strains (6).
• Wound healing: LLLT has been shown to accelerate the healing of acute and chronic wounds, including diabetic foot ulcers, pressure ulcers, and burns (7).
• Sports injuries: Athletes may benefit from LLLT to reduce inflammation and promote healing in cases of muscle injuries, sprains, and tendon tears (8).
• Post-surgical recovery: LLLT may accelerate healing and reduce pain following various surgical procedures, including orthopedic, dental, and plastic surgeries (9).

Low Level Laser Therapy is a safe and effective method for accelerating the healing process in various medical conditions. Its ability to reduce inflammation, promote tissue regeneration, and improve circulation has been supported by numerous medical studies. As our understanding of LLLT continues to evolve, this therapy may become an increasingly valuable tool in the management of pain and the promotion of healing in various clinical settings. References to LLLT Studies

1. Karu T. Primary and secondary mechanisms of action of visible to near-IR radiation on cells. Journal of Photochemistry and Photobiology B: Biology. 1999;49(1):1-17.
2. Hamblin MR. Mechanisms and applications of the anti-inflammatory effects of photobiomodulation. AIMS Biophysics. 2017;4(3):337-361.
3. Chow RT, Johnson MI, Lopes-Martins RA, Bjordal JM. Efficacy of low-level laser therapy in the management of neck pain: a systematic review and meta-analysis of randomised placebo or active-treatment controlled trials. Lancet. 2009;374(9705):1897-1908.
4. Huang Z, Chen J, Ma J, Shen B, Pei F, Kraus VB. Effectiveness of low-level laser therapy in patients with knee osteoarthritis: a systematic review and meta-analysis. Osteoarthritis and Cartilage. 2015;23(9):1437-1444.
5. Kaviani A, Djavid GE, Ataie-Fashtami L, et al. A randomized clinical trial on the effect of low-level laser therapy on chronic diabetic foot wound healing: a preliminary report. Photomedicine and Laser Surgery. 2011;29(2):109-114.
6. Glazov G, Yelland M, Emery J. Low-level laser therapy for chronic non-specific low back pain: a meta-analysis of randomised controlled trials. Acupuncture in Medicine. 2016;34(5):328-341.
7. Avci P, Gupta A, Sadasivam M, et al. Low-level laser (light) therapy (LLLT) in skin: stimulating, healing, restoring. Seminars in Cutaneous Medicine and Surgery. 2013;32(1):41-52.
8. Leal-Junior EC, Lopes-Martins RA, Bjordal JM. Clinical and scientific recommendations for the use of photobiomodulation therapy in exercise performance enhancement and post-exercise recovery: current evidence and future directions. Brazilian Journal of Physical Therapy. 2019;23(1):71-75.
9. de Freitas LF, Hamblin MR. Proposed Mechanisms of Photobiomodulation or Low-Level Light Therapy. IEEE Journal of Selected Topics in Quantum Electronics. 2016;22(3):348-364.

Golfers, are you looking for a way to improve your game and feel your best both on and off the course? Red light therapy may be just what you need.This technology has been gaining popularity in recent years for its ability to improve a wide range of health conditions, including arthritis, muscle recovery, and pain relief. But did you know that red light therapy can also benefit golfers in particular?

Here are some unique features and benefits of red light therapy tailored specifically to the needs and preferences of golfers:

1. Improved muscle recovery: Golfers know that a round of golf can take a toll on the body, leading to sore muscles and fatigue. Red light therapy has been shown to speed up muscle recovery and reduce soreness by promoting muscle repair, blood flow and reducing inflammation.
2. Increased range of motion: Golfers need to be able to move their bodies through a full range of motion to achieve the perfect swing. Red light therapy has been shown to improve flexibility and range of motion by reducing stiffness in muscles, tendons, ligaments and joints.
3. Enhanced skin health: Spending hours in the sun on the golf course can lead to sun damage and premature aging. Red light therapy can help reduce the appearance of wrinkles, fine lines, and sun damage, while also improving overall skin health.
4. Improved sleep: Getting a good night’s sleep is crucial for golfers who want to perform their best on the course. Red light therapy has been shown to improve sleep quality and the body’s metabolism..
5. Reduced joint inflammation, pain and stiffness: Golf can be a stressful sport, and having a history of arthritis can lead to poor performance and aggravation of arthritis symptoms. Red light therapy has been shown to reduce joint inflammation and swelling, repair and regenerate cartilage, and improve overall joint health. 

If you’re a golfer looking to improve your game and feel your best both on and off the course, red light therapy may be worth considering.  To experience the benefits of red light therapy, consider investing in a red light therapy device designed specifically for home use, such as a handheld device or a full-body panel. These devices are safe and easy to use, and can be incorporated into your daily routine for maximum benefits. You can also checkout our webinar on Tennis & Golfers Elbow here by clicking the button below:

Improve your game and feel your best with the help of red light therapy. Invest in a red light therapy device today and experience the benefits for yourself!

If you’re ready to  invest in a red light therapy device, there are a few things to keep in mind. First, make sure to choose a device that uses high-quality medical-grade  LED lights and have been tested for not only safety but effectiveness. Look for devices that both emit red and near-infrared light, as these wavelengths have been shown to be the most beneficial for cellular function and penetrate deep into the body. Consider the size and portability of the device. If you’re planning on using it at home, a larger panel may be more convenient for full-body treatment. However, if you’re looking for something that targets specific conditions and is more portable, a handheld device that makes contact with the skin may be a better option. Pay attention to the manufacturer’s recommendations for treatment time and frequency. While red light therapy is generally considered safe, overuse or misuse of the devices can lead to poor or diminished results. Red light therapy has unique features and benefits that can be particularly helpful for golfers. From overuse tendon recovery like golfer’s elbow to improved muscle recovery and range of motion to enhanced skin health and reduced stress, this non-invasive treatment can help golfers perform their best both on and off the course. If you’re interested in experiencing the benefits of red light therapy for yourself, be sure to choose a high-quality device with a long-standing history of clinical results, clinical support and education and follow the manufacturer’s recommendations for safe and effective use. With regular use, you may be surprised at how much red light therapy can improve your game and overall well-being.  

Notice: The following text is a transcription from a YouTube video and may contain textual inaccuracies or discrepancies. To ensure the accuracy of the information, please refer to the original video for the most accurate data. Welcome to today’s Webinar. My name is David Kunashko. I’m the director of education and training here at Meditech where we run North America’s largest laser therapy clinic. As well, of course, we manufacture BIOFLEX, low level laser therapy, light therapy devices.  Professional Systems Here | Personal Systems Here Okay, well, let’s get started. As far as the agenda goes, today I’m going to do a brief anatomy overview of the carpal tunnel, a bit about the epidemiology, etiology symptoms and diagnostic testing for carpal tunnel syndrome.  I’m going to present a bit of research on carpal tunnel syndrome and low level light laser therapy and then specifically how we target and treat carpal tunnel syndrome with our equipment.   Okay, let’s start off with the anatomy. This is a picture obviously showing with the skin removed, and those of you who have done cadaver work recognize this very clearly, showing you the actual carpal tunnel itself,  the fascia of the hand as it makes as it turns into the actual transverse carpal ligament and the superficial tissues that you see there.  Of course, we’re most interested in what lies deep to the carpal tunnel, specifically to the transverse ligament.  And as you can see here, there’s several tendons of the flexors, both of the thumb and the fingers, nine in total, as well as the actual median nerve.  So a cross section of that same area shows you very clearly. Remember, this is on the palmar aspect of the carpal tunnel, showing you the rows of the carpal bones. The nine tendons are housed within the actual carpal tunnel itself.  And superficially superficial.    Between the ligament and the tendons and the synovial sheath lies the median nerve. And this is, of course, where we find the entrapment occurring in cases of carpal tunnel syndrome. So keep that in mind as we’re speaking and talking a bit more about the etiology and pathophysiology.  So as you’re probably aware, carpal tunnel syndrome is the most common focal peripheral neuropathy  and of course is compression of the median nerve as it travels through the carpal tunnel.  It occurs most commonly in adults, quite rare in adolescents or children, unless there is some kind of  systemic disorder or trauma or what have you. And it’s most common in females with a ratio of about three to one. They suspect this has to do with the fact that females have a smaller carpal tunnel just as far as anatomy goes,  and  therefore that lends itself to perhaps being more predisposed to developing carpal tunnel.  It’s most common in people who perform repetitive movements of the wrist, as we’re quite aware of.  And the prevalence in the general population is about 4 to 5%. So it’s a relatively common condition and I’m sure one that many people have come across in their clinical practice.  The most common cause is really idiopathic most of the time, majority of the time it tends to be bilateral. There’s hypertrophy of the synovial membrane of the flexor tendons.  This can be caused by degeneration of the connective tissue with vascular sclerosis, edema and collagen fragmentation in those tissues.  Interestingly enough, when I was researching this webinar, I came across a really interesting reference that talks about computer use. The research says that using a repetitive use of your hands in a computer of about 15 hours or less per week doesn’t actually increase the prevalence in getting carpal tunnel.  It’s actually only when you start to use your wrists and hands for greater than 20 hours per week that that seems to be more of an increased prevalence.  So this is actually good information to talk to your patient about.  With respect to moving forward and helping with carpal tunnel syndrome,  let’s talk briefly about the etiology, of which there are many. There is also aberrant anatomy. So, for example, congenially, small carpal tunnel, ganglion cyst formation, lipoma, anything that takes up volume or space in a carpal tunnel can lead to development of compression of the median nerve. Things like trauma is a fairly common ideology like fractures or sprains at the wrist. Certain infections that can cause swelling and edema can also be problematic. And inflammatory conditions like rheumatoid arthritis, local tendonitis and gout may also cause carpal tunnel syndrome. And again, anything that increases canal volume. So we know that it tends to be a bit more common during pregnancy as a woman’s retaining fluid. But of course, that’s more of a temporary type of condition.  Being obese, hypertension, edema, this is secondary to repetitive use. These are all possible ways of increasing the canal volume.  Certain metabolic conditions, it tends to be more frequent in, for example, diabetes and hypothyroidism as well.   As far as symptoms go, initially they tend to be more nocturnal or in the evening during the sleep, often waking the patient up. This is usually pain and paresthesia and the distribution of median nerve as shown in the diagram on the right, which includes the Palmer aspect of the thumb, index and middle fingers and the radial half of the ring finger.  In the early stages, symptoms can vary widely, they can even localize to the entire hand or the wrist to other areas or radiate around the forearm much. Rarely does it radiate past proximal to the elbow and into the shoulder, but that can happen. So sometimes a patient will talk about  some signs and symptoms or especially pain  proximal to the wrist and that can occur in CTS, so just be aware of that as well. Of course, you should be also looking for double crush syndrome or other areas that may also be causing similar symptoms.  So patients often awaken with these symptoms, they’ll try to shake it out,  kind of get rid of those symptoms during the evening. This is called the flick sign and if this is occurring in patients, it tends to be 93% sensitive and 96% specific for the diagnosis of carpal tunnel syndrome.  Since sensory fibers tend to be more susceptible to compression than motor fibers, generally speaking it’s a paresthesia that’s predominant and pain as opposed to motor symptoms. However, as this progresses you then start to get issues with the motor fibers that will lead to weakness of an eventual atrophy in late stages and more severe cases  of carpal tunnel syndrome.  One interesting note I discovered I wasn’t even aware of this is that in late stages actually you can get disappearance of pain. That can be a late finding that implies a permanent sensory loss and obviously  a very ominous sign as far as the pathophysiology goes.  So as a review you’re going to see sensory disturbances specifically in the median nerve distribution.  Check during your examination for any motor loss  or atrophy or weakness of the thumb abduction.  So those are important  screening tests as well as diagnostic tests I’m sure you’re all familiar with, like phalen’s, where you hold the wrist and unilaterally, bilaterally, when you have the patient hold  for at least a minute or so and looking for the symptoms to be aggravated or reappear.  Tinel sign, tapping over the median nerve and again looking for a positive  response with respect to increase in tingling or paresthesia in the median nerve distribution. There’s a few other tests including compression and  distribution between specific points. That’s the SW monofilament or vibration sensitivity. And you can see here that when you’re doing diagnostic measures there’s sensitivity which correctly identifies  patients with the actual condition. So in this case a positive test for carpal tunnel or a specificity which correctly identifies those without the disease.  So if you’re looking at these types of testing, you can see that Phalens and tinel don’t have a great sensitivity. However, tinel is quite specific for patients that don’t have the condition, whereas other  tests like true compression or sensory testing has a bit better sensitivity, especially vibration sense.  Okay, let’s talk a bit about some of the research that I’ve come across with respect to LLLT and carpal tunnel syndrome. This paper was a randomized control trial put out in 2014. It was a double blinded randomized trial. 79 patients with mild to moderate carpal tunnel syndrome.  A lot of the research refers to mild to moderate cases. You will find that it is recommended to treat these cases with LT. However, if it’s a severe case, then chances are they won’t respond very well. And those are cases more that require surgical intervention or more serious types of interventions.  This trial used 780 infrared light, 30 milliwatts and a continuous wave.  They treated four points with a contact technique. Each point they held for 90 seconds. So, quite a long time frame. They treated five times a week, once per day for two weeks. So ten treatments in total then every other day for three weeks, for a total of 20 treatments.  Okay, so they were looking at visual analog scale, they were looking at the tinel sign, and they also did neurometrics testing as well for a nerve conduction test. Neurometrics, we use this in our clinic as well too, as a superficial EMG, quite easy to do, gets a result very quickly, almost instantaneously. So if you have the ability to do this or test for it, it really does give objective measurements, pre and post treatment to really get a gauge to see if the motor fibers and the sensory fibers are improving with time and treatment.  So they observed that there was significant reduction in pain in this particular trial. There was a reduction in the percentage of patients with the positive tinel sign. And they also found a shortening of the sensory and motor latency with respect to the nerve conduction examination. So overall, they found it quite useful to use LLT with respect to carpal tunnel syndrome.  Another paper published in 2016, so fairly recently they looked at, it was a metal analysis, essentially looking at seven randomized clinical trials. 261 in the control group and 270 in the laser treated group. They concluded that there was improved hand grip, improved bas scale pain, as well as  snap testing with respect to functionality of the carpal tunnel.  After three months, a follow up for mild to moderate carpal tunnel syndrome. Again,  make note of mild to moderate cases. They did recommend more high quality studies to be done, as most metaanalysis studies require that or mention that.   Okay, so let’s talk a bit about how we approach treatment.  We usually use the risk protocol,  which I will show you.  Here the standard risk protocol we treat with one placement, kind of sandwiched around the carpal tunnel area. But I’m going to show you a couple of options of how to treat. So the first standard one is taking the array, wrapping it around the carpal tunnel.  The first step is a dual red. Of course, it is a continuous wave mode.  This is a stage one for eight minutes, which is a fairly lengthy treatment time at 100% power.  That’s followed up by the infrared duo array. It will be modulated using a square waveform. You can see that the frequency and duty cycle are relatively low at 10 Hz cycles per second and 40% duty cycle for ten minutes. Again, a fairly long duration of treatment.  The last step being the infrared probe, the LDI 200. We also use the red probe as well. You can use that if you do have it set to continuous wave for six minutes in and around the area for 40% power.  So that would be the typical standard protocol for treating carpal tunnel syndrome.  So essentially what I’ve described there is to sort of sandwich the array around the Palmer aspect of the carpal tunnel.  You don’t really need to treat the dorsal aspect because of the bones. You really won’t get any light directly into the carpal tunnel. However, there’s another option that we tend to favor  when treating carpal tunnel, and that’s doing two placements. So doing the sandwich approach is a first placement and then doing  a parallel approach to try and get a bit more of the actual hand and the thenar region and a bit distal to  the carpal tunnel as well, and the median nerve. So we’re going to do the first placement and second placement instead of just this specific wrapping around the carpal tunnel.  So if that’s the case, what we tend to do is use similar parameters. But we’re going to drop down the treatment time of the red to six minutes over the carpal tunnel, then another six minutes in the parallel fashion and then repeat that same placement for the dual infrared at 10 duty cycle. So similar parameters, just two different placements to try and get a bit more of the actual tissue, both proximal and distal the carpal tunnel. So I would already choose the protocols. I would customize the risk protocol and set it up as two places instead of one,  and similarly use the LDI 200 probe at 40% power and the red for the same amount of time, 100% power if you do happen to have it.  Moving on to stage two, we’ll start to tweak it a little bit, start to pulse out the dual red at 100 duty cycle and then increase the infrared to 30 80 and increase the power of the LDI 200 to 100% and then sort of increase in that. Stage two, we can increase the frequency of the dual infrared to 50, 80.  So we’re still kind of within that stage two boundaries. And then into stage three, you can really start to increase the frequency in the duty cycle of the dual infrared, keeping the other parameters pretty much the same.  Okay, so that’s sort of a breakdown of how we might approach using those two placements over several multiple stages of treatment.  Don’t forget, the laser probe should make contact at 90 degrees to the surface to enhance penetration and, of course, minimize reflection. Try to push the probe into the skin to depress the tissue. This allows, again, for the light to go a little bit deeper, a bit more accurate into the actual area that you’re treating. So that’s a really important step to ensure that you’re getting appropriate tissue penetration.  As far as the probe itself goes,  essentially what you want to do is treat along the path of the median nerve, and then you want to treat and cover the entire carpal tunnel, as well as the thenar eminence and the branches of the median nerve all the way into the first and second finger areas.    Okay, so each time you treat it with the laser probe, you’re going to hold it for  4567, even up to 8 seconds, especially over the carpal tunnel region. You can maybe hold it for a little bit less into the thumb and the fingers, but essentially, you want to make sure you treat the entire carpal tunnel, both proximal and distal into the thumb and the branches and the superficial branches of the median nerve because they, of course, are also affected.  Okay, so as I just mentioned, you want to hold the probe for about five to 8 seconds per point.  Once all the points are treated, you can actually go back to the median nerve location in the carpal tunnel and treat. Again, just get a bit of extra dosage in there, but I wouldn’t go back to it more than twice or so.  Again, no need to treat the dorsal aspect of the wrist because you’re just going to be irradiating the bones, which won’t get any of that light directly into the carpal tunnel.  And again, if you have the LDR 100, it’s also a valuable tool to help with pain and especially the paresthesia in superficial nerves  for treating those areas.  A few treatment tips in severe cases. Recall, as I’ve mentioned, they have very poor prognosis. So if a patient’s coming in with muscle atrophy showing really signs of advanced stages of carpal tunnel syndrome,  it’s probably not likely to do a lot for the condition because they’re that far advanced.  If a patient’s not responding after increasing the parameters, look at treating the cervical spine in stage one with an emphasis on treating the nerve roots of the median nerve, which are C five to T one on the affected side, or bilaterally if they have bilateral carpal tunnel syndrome. We do find that patients respond well to simulation of the origin of the median nerve at the level of a neck when patients just aren’t doing as well as we’d like when treating just local over the carpal tunnel.  So you certainly can add that on to your treatment regime. When treating the carpal tunnel, you don’t have to start off with treating the cervical spine. Usually for mild cases, it’s fine to start at the level of the wrist. However, if you do want to add that on,  it would also be helpful.  Try and treat the patient consecutively for the first few days, then moving to three times a week, that is every second day, until the patient has made significant improvement, at which point you can start to reduce it to once or twice per week until they’ve achieved maximum medical recovery.  So typically, a treatment plan for mild cases might be ten to 15, moderate cases, 15 to 2025, plus treatments. So you do have to be upfront with your patient. It’s going to take a bit of time. Remember that nerves heal extremely slowly and that you need to be aware of that.  Also, you have to address potential underlying causes, whether there are ergonomic issues.  You have to address the use of computers, that kind of thing. Any underlying systemic diseases that need to be treated. All those different things need to be looked at if you’re going to have good clinical results. 

Prioritize Recovery in Fitness with Red Light Therapy

As someone who is passionate about fitness, I know that recovery is just as important as exercise itself. Proper recovery ensures that your body is able to repair and rebuild itself, leading to improved performance and reduced risk of injury.  One of the most innovative ways to recover is through the use of red light therapy (RLT). RLT is often combined with near-infrared light to reach deeper muscles and joints. I will be discussing how to use RLT to recover faster, the benefits of using RLT for muscle recovery, best practices when using RLT to recover, and the recommended time to use RLT.

How to use red light therapy to recover faster

Red light therapy is a non-invasive treatment that uses low-level light to stimulate cellular activity and circulation. RLT increases the production of ATP, which is the energy source for your cells. When used for recovery, RLT can help reduce inflammation, speed up healing, and alleviate pain. To use RLT for recovery, you will need a red light therapy device. BIOFLEX P-Series Personal Red Light Therapy Systems are an excellent option for those looking to recover faster from their workouts. These devices are designed to be used at home and are easy to operate. Simply place the device over the area of your body that needs to be treated and let the light do the rest. It is important to note that RLT is not a replacement for rest and recovery. You should still be getting enough sleep, eating a healthy diet, and taking rest days to allow your body to recover fully. RLT is simply a tool that you can use to enhance your recovery and get back to your workouts faster.

Muscle Recovery With Red Light Therapy

One of the biggest benefits of using RLT for recovery is its ability to aid in muscle recovery. When you exercise, your muscles undergo stress and damage. This is a normal part of the process and is necessary for muscle growth and strength. However, if your muscles do not recover properly, you may experience soreness, stiffness, and decreased performance. RLT can help speed up muscle recovery by stimulating muscle cell repair,  increasing blood flow and reducing inflammation. This allows nutrients and oxygen to reach your muscles more efficiently, which helps them repair and rebuild faster. Additionally, RLT has been shown to reduce muscle fatigue and improve muscle function, which can help you get back to your workouts more quickly. If used as part of your training and sport it can also improve your performance!

Best Practice When Using Red Light Therapy To Recover

When using RLT for recovery, there are some best practices that you should follow to ensure that you are getting the most out of your treatment. First, make sure that you are using a high-quality device with a long history of clinical use. BIOFLEX P-Series Personal Red Light Therapy Systems are a great option because they are designed specifically for home use, are easy to operate and are based on BIOFLEX professional RLT devices used successfully for over 30 years. Remember to be consistent with your treatments. Use your RLT device regularly to get the best results. It is recommended to use RLT for at least 10-30 minutes per session, 2-3 times per week and immediately after a workout to minimize delayed onset soreness (DOMS).  However, you can adjust this based on your individual needs and preferences. Third, make sure that you are using RLT in conjunction with other recovery methods. As I mentioned earlier, RLT is not a replacement for rest and recovery. Make sure that you are getting enough sleep, eating a healthy diet, and taking rest days as needed.

Recommended Time To Use Red Light Therapy

The recommended time to use RLT for recovery is dependent on your individual needs and preferences. As a general rule, it is recommended to use RLT for at least 10-30 minutes per session, 2-3 times per week. However, you can adjust this based on how your body responds to the treatment and the area being treated. It is important to note that RLT is not a quick fix. It may take several weeks or even months of consistent use to see the full benefits of the treatment – especially if treating a long standing injury. However, if you are consistent with your treatments and follow best practices, you should begin to see improvements in your recovery time and overall performance within several weeks. Incorporating red light therapy into your recovery routine can be an effective way to speed up muscle recovery, reduce inflammation, and alleviate pain. However, it is important to use RLT in conjunction with other recovery methods and to be consistent with your treatments.  BIOFLEX P-Series Personal Red Light Therapy Systems are an excellent option for those looking to recover faster from their workouts. Remember to prioritize recovery in your fitness routine to ensure that you are able to perform at your best. Recover Faster With BIOFLEX P-Series Personal Red Light Therapy Systems.

What exactly is cold laser therapy and how does it work? In this blog post, we’ll take a closer look at this emerging medical technology and explore how it may offer an innovative approach to treating a variety of conditions.

Introduction to Cold Laser Therapy

Cold laser therapy is also known as low-level laser therapy (LLLT)  or photobiomodulation therapy (PBMT) and is a non-invasive therapeutic treatment that applies low-level lasers or light-emitting diodes (LEDs) to stimulate healing and reduce inflammation and pain.  Unlike surgery or medication, cold laser therapy offers a non-invasive and non-addicting option that eliminates the well known side effects associated with long-term medication use.  The treatment method is called “cold” laser therapy because the energy level of light used is not enough to heat your body’s tissue. This is why LEDs can also be used as they don’t cause heating. This light energy passes through  the skin into deeper injured or inflamed tissues and stimulates cellular activity that assists with tissue repair as well as releasing nitric oxide that increases circulation.

How Does Cold Laser Therapy Work?

Cold laser therapy works by using low levels of light energy (photons) of specific wavelengths that are absorbed into the body and stimulate cellular activity in injured tissues in the targeted area. This increased cellular activity promotes tissue repair and regeneration, increases collagen secretion and decreases active inflammation. The light energy stimulates the production of ATP (energy source of cells) in cells that are metabolically impaired due to injury and inflammation. As ATP energy levels increase, the cells and tissues respond by increasing their capacity for repair and regeneration. Cold laser therapy is able to target specific regions of the body when applied directly to the skin over the injured or diseased area making it a highly effective form of therapy. It is often used in conjunction with other treatments to help with a wide range of conditions that cause pain, inflammation, and tissue damage.  The benefits of cold laser therapy are numerous, and it is a highly effective and non-invasive option for many individuals seeking relief from a variety of conditions.

Cold laser therapy uses low-level light energy to stimulate healing and reduce pain

The procedure involves irradiating specific wavelengths and dosages of light energy which penetrate the skin and to affect the cellular activity of deeper injured tissues. The light energy can also improve circulation which promotes decreased swelling as well as tissue repair. The light energy is also absorbed by white blood cells in your blood leading to decreased inflammation and pain. 

This light penetrates the skin and stimulates cellular activity

As mentioned in the previous section, cold laser therapy works by stimulating cellular activity. When red and near infrared wavelengths of the light energy penetrates the skin, it interacts with the cells and triggers a photochemical reaction similar to photosynthesis in which the sun’s energy is absorbed by chlorophyll in plants resulting in growth.  Whether you’re dealing with a sports injury or chronic pain, cold laser therapy can help kickstart your body’s natural healing process.

The increased cellular activity can improve circulation and help with tissue repair

As previously mentioned, the low-level energy from cold laser therapy stimulates cellular activity, which can lead to improved circulation and tissue repair. By increasing cell replication and circulation, this therapy promotes the regeneration of damaged tissue and the reduction of inflammation. Improved circulation can bring vital nutrients and oxygen to the affected area, aiding in the healing process.  This therapy has shown promising results in reducing pain and accelerating wound healing. Reducing scar tissue and improving joint mobility and muscle strength are significant benefits that have led many physiotherapists, chiropractors, and health care professionals to include this FDA and Health Canada approved treatment in their practice.  The increased cellular activity from cold laser therapy offers a safe and effective option for those looking to alleviate pain and promote healing.

Benefits of Cold Laser Therapy

Patients may find relief from various conditions, including knee pain from osteoarthritis, low back pain, rotator cuff tendonitis and other injuries and degenerative joint disorders. Overall, cold laser therapy offers a natural and effective option for tissue repair and pain relief.

Increases tissue regeneration and healing

The cold laser therapy process encourages growth and repair of injured joints, muscles, ligaments, cartilage and tendons and enhances the elasticity of the tissue. This increased cellular activity also aids in the regeneration of damaged nerves, making it an effective treatment option for both acute and chronic pain.  Because cold laser therapy works by accelerating the body’s natural healing process, there are fewer risks and side effects associated with this treatment compared to other invasive medical procedures and medication.  Patients who undergo cold laser therapy can experience a reduction in pain and inflammation, while also promoting the growth of healthy tissue to improve overall health and wellness.

Conditions Treated with Cold Laser Therapy

Cold laser therapy can be beneficial for a variety of conditions including minor injuries such as ligament sprains, muscle strains, bursitis, tendonitis, and postoperative recovery.  It may also aid in the relief of pain caused by conditions like arthritis, degenerative disc disease, tendinopathies, fibromyalgia, neuropathy, neuralgias, migraines, TMJ disorder and many more. Additionally, cold laser therapy can be very helpful in wound healing. It has also been used to treat Bell’s palsy, a condition that causes muscle weakness on one side of the face.  Red light, along with infrared light wavelengths, can penetrate from the skin and deep into the tissues stimulating cell growth and boosting impaired cell production, resulting in improved healing, decreased recovery time and overall pain relief. 

Cold Laser Therapy vs High-Intensity Lasers

When comparing cold laser therapy to high-intensity lasers, it is important to note that the two techniques have different levels of power and mechanisms of action. Cold laser therapy, which uses low-level light energy, is often used to relieve pain and promote healing while high-intensity lasers are much more powerful and produce intense heat used for issues like tattoo and hair removal and skin ablation or even surgery. The use of high power Class 4 lasers can be used to temporarily block pain but do not promote healing and anti-inflammatory effects. High-intensity lasers are more expensive and come with greater risks including burning tissues and damaging eyes. Ultimately, the choice between cold laser therapy and high-intensity Class 4 lasers depends on the specific goals of the patient such as healing vs short term pain relief.  

Scientific Evidence Supporting Cold Laser Therapy

Scientific evidence strongly supports the use of cold laser therapy as a safe and effective treatment for various conditions.  Hundreds of peer reviewed randomized clinical trials have shown that cold laser therapy can reduce inflammation and pain, promote recovery from injuries and pain as well as improve muscle recovery.  It provides a non-invasive and non-addictive treatment option, eliminating complications and risks associated with surgery and medication. Research studies suggest that it also promotes collagen secretion and tissue regeneration.  There is promising evidence supporting the use of cold laser therapy in pain reduction and wound healing. With its extensive history and basic science evidence, cold laser therapy is a reliable therapy that can improve quality of life and promote healing.

Studies on Pain Reduction

Studies have been conducted in recent years to examine the use of cold laser in reducing pain associated with various musculoskeletal conditions. As previously mentioned, cold laser therapy stimulates cellular activity which in turn triggers natural pain relief mechanisms within the body.  It has been found that cold laser therapy reduces inflammation, which is a major contributor to pain. In fact, several meta-analyses have shown that when compared to a placebo, cold laser therapy significantly reduces pain and disability.  This makes it an effective option for individuals looking to manage pain without the use of medications or invasive procedures. With the backing of scientific evidence, cold laser therapy is becoming an increasingly popular treatment option for pain management.

Studies on Wound Healing 

Studies have shown that low level laser therapy (LLLT), may be effective in promoting wound healing. Some of the earliest applications of LLLT were in wound healing, and it has demonstrated positive results in reducing inflammation, stimulating new blood vessel growth, and improving muscle recovery.  LLLT remains a promising therapy for helping promote tissue regeneration and wound healing, and may have potential applications in a variety of conditions.