9-Minute Read
Are you a healthcare professional seeking to enhance your medical practice with an innovative and patient-friendly therapeutic approach? Do you find yourself weary of the burdensome costs and invasiveness often associated with conventional medical treatments, along with the extensive list of accompanying side effects?
Imagine incorporating a breakthrough therapy that not only proves remarkably cost-effective, but also stands as a non-invasive and painless alternative to pharmaceuticals and surgical interventions, as well as other common forms of treatment that we will discuss throughout this article.
Welcome to the world of Low-Level Laser Therapy (LLLT). This revolutionary treatment holds the potential to transform your medical practice and redefine patient care standards.
By utilizing the capabilities of low-intensity lasers, LLLT taps into the body’s innate healing mechanisms, activating tissue regeneration and fostering holistic wellness.
LLLT harnesses the power of low-intensity lasers to stimulate the body’s natural healing processes. It has potential to promote tissue regeneration and enhance overall well-being. The remarkable potential of LLLT lies in its ability to provide safe and effective relief from pain and discomfort. A great benefit is it is also without the risks and inconveniences commonly associated with other treatments.
As medical professionals, it is important to shape a future of medicine that is not only more effective, but also cost-effective. By embracing LLLT, we can unlock the significant advantages it offers in terms of both patient outcomes and financial considerations. This therapy has the potential to revolutionize our approach to healing and improve the well-being of our patients.
In today’s healthcare landscape, cost-effective treatment options hold significant importance. Low-Level Laser Therapy (LLLT) has emerged as a promising and economically viable alternative for medical practices in some cases.
Related: Cold Laser Therapy for Neck & Shoulder Pain
By comparing LLLT to various treatment options such as pharmaceutical treatments, surgical procedures, physiotherapy, massage therapy, acupuncture, and cryotherapy, we can gain insights into its cost-effectiveness and how it outperforms or complements existing approaches.
Low-level laser therapy offers doctors a more cost-effective approach compared to pharmaceuticals, firstly, because it reduces medication expenses. It can serve as an alternative to expensive pharmaceutical drugs. This can lead to significant cost savings in terms of medication procurement and inventory management. Additionally, LLLT requires lower administration costs, as trained staff can perform the therapy under the supervision of doctors, allowing physicians to allocate their time to other essential medical tasks.
LLLT is a cost-effective alternative to pharmaceuticals for doctors as it reduces medication expenses and administration costs, allowing physicians to allocate time to other tasks.
LLLT offers doctors a cost-effective treatment option with a lower risk of adverse events compared to pharmaceuticals. By incorporating LLLT into their practice, doctors can increase patient throughput through shorter sessions and potentially reduce the need for prolonged pharmaceutical treatments or surgeries. This is the path to long-term cost savings. The approach enhances patient outcomes while optimizing resource allocation.
Low-level laser therapy (LLLT) provides doctors with a cost-effective alternative to surgical treatments. By opting for LLLT, doctors can avoid the high expenses associated with surgical interventions, including operating rooms, anesthesia, and post-operative care. LLLT also carries a lower risk of complications, reducing expenses related to managing complications and providing follow-up care.
Related: Why You Should Use Low-Level Lasers for Chronic Pain at Your Practice
With shorter sessions and fewer resources required, LLLT enables doctors to efficiently treat more patients.
Additionally, LLLT eliminates the costs associated with hospital stays and post-operative rehabilitation, leading to long-term cost savings. By incorporating LLLT into their practice, doctors can deliver cost-effective care while minimizing the financial burdens associated with surgical treatments.
LLLT eliminates the need for expensive and time-consuming manual therapy and reduces the costs associated with manual therapy equipment. With shorter treatment sessions and fewer resources required, LLLT enables doctors to efficiently treat more patients within a given timeframe.
Physiotherapists can efficiently treat more patients with the shorter treatment times LLLT provides.
By incorporating LLLT into their practice, doctors can provide cost-effective care while optimizing resource allocation and enhancing patient outcomes.
Low-level laser therapy (LLLT) can be a more cost-effective option for doctors compared to acupuncture for several reasons. By eliminating the need for needle insertion, LLLT reduces the expenses associated with acupuncture needles and related supplies. LLLT also requires less time and resources than lengthy acupuncture treatments. Doctors can treat more patients within a given timeframe (a common advantage LLLT presents over other forms of treatment).
Related: How Laser Therapy Helps Athletes Physically and Mentally
Additionally, LLLT offers a standardized treatment approach, ensuring consistency and potentially reducing variability in treatment costs. It can also be performed by trained staff under the supervision of doctors. This allows physicians to allocate their time to other essential medical tasks reducing labor costs.
Low-level laser therapy (LLLT) offers doctors a more targeted and efficient treatment approach compared to cryotherapy. By providing specific relief to targeted areas of the body, LLLT reduces the need for extensive treatments for widespread pain management. This targeted approach not only accelerates recovery time but also allows for shorter patient treatment durations, creating more bandwidth for medical practitioners to attend to other important tasks.
LLLT is a popular option for individuals seeking an effective way to manage excess fat storage without invasive procedures. By understanding the complex processes of how the body stores and metabolizes fat, individuals can make informed decisions about their health and consider LLLT as a viable option for managing unwanted body composition changes. With the help of healthcare professionals, patients can achieve their desired body composition and improve their overall health and well-being.
LLLT’s targeted relief to specific areas of the body reduces the need for extensive treatments, accelerates recovery, and frees up medical practitioners for other important tasks.
LLLT’s speed and precision in targeted recovery are indeed significant factors, but its benefits extend further to encompass flexibility and seamless integration into medical practices. Incorporating LLLT does not require significant investment or overhead costs. Doctors can easily merge this therapy into their existing practice without major disruptions or financial costs.
Low Level Laser Therapy (LLLT) is recognized as an effective therapy for a wide range of symptoms, including back pain and plantar fasciitis. The cost-effectiveness of LLLT compared to other treatments has been well-documented. However, it is important to note that medical professionals do not discourage the use of multiple therapies simultaneously. The primary goal is to provide optimal care for patients. If that involves incorporating various treatments, it is encouraged.
Each patient is unique, and their treatment plan should be tailored to their individual needs and responses. By integrating LLLT alongside other therapies, healthcare providers can maximize the potential benefits and deliver comprehensive care.
Discover the benefits of Low-Level Laser Therapy (3LT®) by Erchonia, a world leader in the field of 3LT® technology. Learn how 3LT® can help reduce the need for prescription opioids for chronic low back pain, the science behind 3LT® and the difference between visible lasers and infrared lasers.
Related: Red Light Therapy: Dispelling Laser Myths with Basic Photochemistry
Sources:
https://pubmed.ncbi.nlm.nih.gov/20393809/
6-Minute Read
Lipid metabolism is a crucial process that supports healthy body weight and blood sugar management and reduces the risk of serious medical issues like cardiovascular disease, diabetes, and obesity.
Related: Why Is Adenosine Triphosphate (ATP) Important to Laser Light Therapy?
Patients can make better lifestyle choices that benefit their overall health when they understand the basics of lipid metabolism. This article will cover that information and be a helpful resource for your practice in providing techniques to support the metabolism of lipids.
When it comes to body fat composition, there are two primary types: visceral fat, which is more likely to raise your patient’s risk for serious medical issues; and adipose tissue, which plays a critical role in managing systemic energy homeostasis by acting as a caloric reservoir.
Understanding the difference between visceral fat and adipose tissue is crucial for managing your patient’s health risks.
Visceral fat surrounds and permeates internal organs like the heart, liver, intestines and other important structures. Studies show that having too much visceral fat increases a person’s risk of developing metabolic syndrome (a cluster of conditions that increase their risk of diabetes, heart disease, and stroke).
Related: How Men and Women Store Fat Differently
Adipose tissue is found under the skin as subcutaneous fat. It is also located around the organs in certain areas of the body. In men, it tends to collect around their abdomen while in women, it accumulates around their hips and thighs. This type of fat helps insulate the body, store energy, and monitor hormones that regulate appetite.
Tip! To summarize for a patient: There are two types of body fat. Visceral fat can increase the risk of medical problems, while adipose tissue helps with energy balance.
In terms of metabolism, visceral fat is more difficult to break down than subcutaneous fat. When we talk about belly fat management, it’s important to note that the location of the fat impacts the metabolic process. Visceral fat is associated with increased insulin resistance, higher levels of triglycerides, and other biomarkers that increase a person’s risk for cardiovascular and metabolic diseases.
Low Level Laser Therapy (LLLT) can help support lipid metabolism and reduce visceral fat, as demonstrated in clinical studies, making it a promising option for managing belly fat.
To support the metabolism of lipids and visceral fat, Erchonia’s low level laser therapy (LLLT) has been clinically proven to help patients gain better control over their body composition. This high-tech approach works by targeting subcutaneous fat cells with a low-level laser that elevates cellular metabolism and encourages the breakdown of lipids.
Tip! Consider Erchonia’s Emerald Laser for an effective, non-invasive full body fat loss treatment with FDA Market Clearance, no downtime, and an average circumference loss of 5.99″, improving your patients’ outcomes.
This is a non-invasive treatment that has become increasingly popular for managing visceral and subcutaneous fat.
It works by using light energy to target localized fatty deposits and stimulating lipolysis, which breaks down triglycerides and other fats into free fatty acids for energy.
This process effectively reduces the amount of fat stored in the body, including common problem areas such as the belly, chest, and abdomen.
Related: [Free eBook Download] Not All Light is the Same in Low-Level Laser Therapy
LLLT can benefit both men and women, despite differences in fat distribution attributed to hormonal differences. By understanding the science behind this treatment, patients can make informed decisions about their health and consider non-invasive options for managing excess fat.
Explaining the science of LLLT and how it activates lipolysis in an engaging way is key to helping patients understand how this treatment works.
LLLT simplifies the complex process of breaking down fat by stimulating subcutaneous fat cells with a low-level laser, helping patients achieve their desired body composition goals.
When describing lipolysis, start by explaining what fats are made of – triglycerides, fatty acids, and glycerol – and how they’re broken down during the process. To simplify, you can emphasize three things for them:
The good news is that both subcutaneous and visceral fat can be reduced through LLLT treatments. The laser energy reduces excess fat deposits and helps improve metabolic health. By understanding the science behind it, patients can make informed decisions about their own health and consider this non-invasive option for managing excess fat.
Erchonia’s low level laser therapy (LLLT) offers a non-invasive solution for reducing body fat and improving metabolic health. This approach breaks down triglycerides into fatty acids, which the body can use for energy, resulting in a reduction of both visceral and subcutaneous fat deposits.
LLLT is a popular option for individuals seeking an effective way to manage excess fat storage without invasive procedures. By understanding the complex processes of how the body stores and metabolizes fat, individuals can make informed decisions about their health and consider LLLT as a viable option for managing unwanted body composition changes. With the help of healthcare professionals, patients can achieve their desired body composition and improve their overall health and well-being.
Discover the benefits of Low-Level Laser Therapy (3LT®) by Erchonia, a world leader in the field of 3LT® technology. Learn how 3LT® can help reduce the need for prescription opioids for chronic low back pain, the science behind 3LT® and the difference between visible lasers and infrared lasers.
Related: Red Light Therapy: Dispelling Laser Myths with Basic Photochemistry
Sources:
https://pubmed.ncbi.nlm.nih.gov/20393809/
8-Minute Read
As an athletic trainer, your top priority is to help your clients perform at their peak ability both physically and mentally. Low-level laser therapy (LLLT), also known as cold laser therapy or photobiomodulation, is a non-invasive treatment that uses low-powered lasers to stimulate cell function and promote healing.
Related: [Free eBook Download] Not All Light is the Same in Low-Level Laser Therapy
While LLLT has been around for decades, its use in sports medicine has only recently gained popularity. According to a study published in the Journal of Athletic Training, LLLT has the potential to be effective in aiding the recovery for sports injuries and found that LLLT can accelerate healing time, reduce pain, and improve range of motion in athletes.
So, as an athletic trainer, are you using all the tools in your arsenal? This innovative treatment is gaining traction in the world of sports medicine, and with good reason. In this article, we’ll explore how laser therapy can benefit athletes both physically and mentally.
One of the most compelling reasons to consider laser therapy for your athletes is its ability to aid in recovery and reduce pain. Chiropractic laser therapy has been shown to decrease inflammation and promote tissue healing, making it an attractive option for individuals with sports-related injuries.
Experience faster recovery and pain relief with chiropractic laser therapy, a game-changer for athletes dealing with sports-related injuries and chronic pain.
It can also help manage chronic pain caused by conditions such as arthritis, tendinitis, and bursitis, giving athletes a way to stay active and pain-free.
What sets laser therapy apart from other pain relief modalities? For one, it’s non-invasive and drug-free, which means no side effects or recovery time. It’s also precise, targeting only the affected area rather than affecting the whole body like medication or surgery.
This makes it an excellent complement to other treatment methods, such as physical therapy or chiropractic adjustments.
While laser therapy is often utilized for recovery and pain relief, it can also help improve athletic performance. Studies have shown that laser therapy can increase muscle strength, speed up recovery time post-exercise, and decrease muscle fatigue. It can also promote better circulation, helping deliver oxygen and nutrients to the body’s tissues more efficiently.
But perhaps the most exciting application of laser therapy for athletes is its potential to improve mental clarity and focus. This is where Eli Garcia, a professional boxer, found laser therapy to be a game-changer. By combining laser therapy with eye exercises, his doctor, Dr. Michael Burdorf, was able to improve Garcia’s hand-eye coordination and mental acuity. This enabled Garcia to take his performance to the next level, both in and out of the ring.
Professional boxer Eli Garcia credits laser therapy and brain exercises for improving his mental clarity and focus, allowing him to take his performance to the next level both in and out of the ring.
In an interview on the Laser Light Show Podcast, Garcia explained how the combination of LLLT and brain exercises have helped him mentally stay strong and focus on his opponent rather than external factors. “It’s the lasers, and the brain exercises that he helps with,” explained Garcia. “Mentally it keeps me strong.”
Listen to the full interview here:
Garcia has an impressive record of 11 wins and 0 losses, with nine of those wins coming from knockouts. Garcia says that he is always learning and that even when he doesn’t get a knockout, it is still a learning experience.
If you’re considering adding laser therapy to your clients’ wellness routines, it’s important to take a systematic approach. There are a few things to keep in mind.
First and foremost, it’s crucial to start with low-level treatment to allow the body to become acclimated to the therapy and reduce the risk of side effects. This gradual approach will enable you to increase the intensity of the therapy over time as the athlete’s body becomes accustomed to it.
Gradual introduction and regular sessions of low-level laser therapy is crucial to reduce side effects and achieve optimal results for athletes with varying needs.
Scheduling regular treatment sessions is also crucial for optimal results. The frequency of treatment sessions may vary depending on the athlete’s needs, and it’s important to keep an open line of communication with your patients to ensure that they are getting the desired results. Athletes may also require more frequent treatment sessions to manage pain or inflammation, and it’s essential to stay flexible and adjust the frequency of the therapy accordingly.
Related: How Erchonia Cold Laser Devices Assist Medical Professionals
While incorporating LLLT into an athlete’s routine, it’s also essential to understand that this therapy is most effective when used in conjunction with other treatments that promote physical and mental well-being, such as nutrition and exercise. A comprehensive treatment plan that covers all these areas can help athletes maximize the benefits of laser therapy and gain a competitive edge in their pursuits.
Finally, it’s important to monitor your patient’s progress and make adjustments to the treatment plan as needed. Regular assessments can help ensure that the athlete is getting the desired results and can help identify any potential areas for improvement.
Laser therapy is a powerful tool for athletic trainers looking to optimize their clients’ physical and mental health.
Whether used for recovery and pain relief or performance enhancement, its non-invasive and precise nature makes it an attractive option for athletes of all levels. By incorporating laser therapy into an overall wellness routine, athletes can potentially gain a competitive edge while promoting their well-being. Consider adding laser therapy to your practice as it is becoming one of the most impressive innovations in physical therapy.
Reach out to Erchonia today to learn more about this rapidly evolving technology.
Discover the benefits of Low-Level Laser Therapy (3LT®) by Erchonia, a world leader in the field of 3LT® technology. Learn how 3LT® can help reduce the need for prescription opioids for chronic low back pain, the science behind 3LT® and the difference between visible lasers and infrared lasers.
Related: Red Light Therapy: Dispelling Laser Myths with Basic Photochemistry
Sources:
https://pubmed.ncbi.nlm.nih.gov/23626925/
8-Minute Read
Low-level laser therapy (LLLT) is a safe and effective modality with tremendous potential in the medical field. It has numerous applications, including wound healing, pain relief, and treating musculoskeletal disorders and skin conditions.
This therapy works by stimulating the mitochondria to enhance the production of ATP, which plays a significant role in cellular energy production and metabolism, thereby promoting tissue repair. In this article, we will provide a comprehensive understanding of the importance of ATP in biological functions and its significance in LLLT.
Related: How Does Laser Therapy Work for Pain? The Science Behind the Effective Treatment
The human body is made up of trillions of cells, each with a specific function that contributes to the overall health of the body. One of the most important cellular components is ATP, which is produced in the mitochondria through the process of cellular respiration. ATP plays a crucial role in many biological processes, including metabolism, cellular signaling, and DNA synthesis.
These processes cannot occur without adequate ATP production.
Mitochondria, illustrated above in 3D, are cellular organelles responsible for producing ATP, the energy source crucial for many biological processes.
Several factors, such as diet, exercise, and sleep, affect ATP production. The use of LLLT is another way to enhance ATP production, thereby increasing cellular energy levels and promoting tissue repair. LLLT works by inducing photobiomodulation, which involves the absorption of light energy by the cell membrane and cytochromes in the mitochondria.
Erchonia’s FX-405 Low Level Laser induces photobiomodulation, promoting ATP production and tissue repair, resulting in improved cellular metabolism, signaling, and DNA synthesis.
This process activates a cascade of events, leading to improved cellular metabolism, signaling, and DNA synthesis, specifically by enhancing ATP production. Therefore, it gives effect to the cellular energy cycle in the human body.
One of the significant benefits of LLLT is its ability to penetrate skin tissues to specific depths and produce reactive oxygen species that activate signaling pathways for tissue regeneration, while reducing inflammation and improving blood flow. Numerous studies have shown that LLLT is an effective treatment for conditions such as acute and chronic neck and shoulder pain, lower back pain, chronic plantar fasciitis, nociceptive musculoskeletal pain, post-operative pain, and body contouring.
Red and near-infrared wavelengths are the most effective in LLLT, as they penetrate deeper into the skin and tissues. The optimal wavelength range is between 600-1000 nm, with the 780-830 nm range being the most effective for cellular penetration.
Other significant factors that impact the effectiveness of LLLT include the duration and frequency of treatment and the energy density of the laser. Understanding these factors is crucial in maximizing the benefits of LLLT and using this modality to its full potential.
ATP plays a crucial role in various biological functions. The most important function of ATP is to provide energy to the cells. The energy stored in ATP molecules is used to power all cellular processes such as muscle contraction, nerve impulse transmission, and protein synthesis.
Mitochondria, which produce ATP, are essential for providing energy to power all cellular processes and in signal transduction
ATP is also important in signal transduction. In neurons, for example, it is released from a presynaptic neuron and binds to receptors on a postsynaptic neuron, triggering the release of neurotransmitters. This process is essential for communication between neurons and is crucial for cognitive functions such as memory and learning.
Neurons in the brain rely on the release of ATP for signal transduction, which is essential for cognitive functions such as memory and learning.
In addition to being a source of energy, ATP also acts as a coenzyme. Coenzymes are molecules that work with enzymes to facilitate biochemical reactions. ATP is involved in several enzymatic reactions that are necessary for various metabolic processes such as the breakdown of glucose.
ATP is constantly being produced and consumed within cells. Cells generate ATP through cellular respiration, a process in which glucose and oxygen are converted into ATP and carbon dioxide. ATP is then broken down to release energy during cellular processes. The turnover of ATP is high in cells, and cells must continuously produce ATP to maintain their energy needs.
LLLT stimulates the mitochondria to enhance the production of ATP and cell metabolism, thereby increasing cellular energy levels and promoting tissue repair.
Additionally, LLLT penetrates skin tissues to specific depths and produces reactive oxygen species that activate signaling pathways for tissue regeneration, while reducing inflammation and improving blood flow.
Low-level lasers are gaining popularity as a safe and effective modality in doctors’ offices for various medical applications such as pain relief, wound healing, and treating musculoskeletal disorders.
Several factors affect ATP production and thus the effectiveness of LLLT. One key variable is the wavelength of the laser, with red and near-infrared wavelengths providing optimal results. Other factors include the duration and frequency of the treatment and the energy density of the laser. Understanding these factors is crucial in maximizing the benefits of LLLT and using this safe and increasingly popular modality to its full potential.
LLLT is an evolving field that offers potential benefits for disease management. As technology advances, LLLT is expected to become more prevalent in medicine, especially for pain management, neurodegenerative disorders, metabolic disorders, sports medicine, and aesthetic purposes.
LLLT is an evolving field that is expected to become more prevalent in the future for various medical applications, including pain management and neurodegenerative disorders.
Furthermore, LLLT may expand into new areas of medicine and become a mainstream treatment option as more research supports its effectiveness and safety. With advancements in devices and equipment, LLLT could become even more accessible for a wider range of conditions including: Increasing use for pain management, expansion for neurodegenerative disorders, and an increased use in sports medicine.
Related: Forecasting the Next 20 Years of Low-Light Laser Therapy in Medicine
In conclusion, LLLT is a safe and effective therapy that offers several medical applications, including pain relief, wound healing, treating musculoskeletal disorders, and skin rejuvenation. It works by enhancing ATP production, which energizes the body’s cellular functions and facilitates tissue repair.
Understanding the factors of effectiveness of LLLT, such as wavelength, duration, frequency, and energy density, is crucial in maximizing its benefits. With emerging technologies, LLLT is poised to become an essential tool in the treatment of many chronic and acute conditions, bringing hope for a faster recovery and improved quality of life.
Reach out to Erchonia today to learn more about this rapidly evolving technology
Discover the benefits of Low-Level Laser Therapy (3LT®) by Erchonia, a world leader in the field of 3LT® technology. Learn how 3LT® can help reduce the need for prescription opioids for chronic low back pain, the science behind 3LT® and the difference between visible lasers and infrared lasers.
Related: Benefits of Implementing Laser Therapy in Your Practice
Sources:
1. Berg, J. M., Tymoczko, J. L., & Stryer, L. (2002). Biochemistry (5th ed.). New York: W.H. Freeman.
2. Lodish, H., Berk, A., Zipursky, S. L., & Matsudaira, P. (2000). Molecular Cell Biology (4th ed.). New York: W.H. Freeman.3. Avci, P., Gupta, G. K., Clark, J., & Wikonkal, N. M. (2013). Low-level laser therapy for healing of bone fractures: a systematic review and meta-analysis. Lasers in Medical Science, 28(3), 969-976.
4. Chen, A. C., Arany, P. R., & Huang, Y. Y. (2011). Low-level laser therapy: a review of its applications in dermatology. Dermatologic Surgery, 37(4), 572-583.
5. Chow, R. T., Johnson, M. I., Lopes-Martins, R. A., & Bjordal, J. M. (2009). Efficacy of low-level laser therapy in the management of neck pain: a systematic review and meta-analysis of randomized placebo or active-treatment controlled trials. The Lancet, 374(9705), 1897-1908.B. Mechanism of Action of Low-Level Laser Therapy
8-Minute Read
Low-level laser therapy (LLLT) has gained popularity as a treatment option for various conditions, but with that popularity comes misinformation. Many myths and misconceptions surround the use of lasers in medicine, which can lead to confusion and hesitation about trying LLLT.
Related: Not All Light is the Same in Low-Level Laser Therapy [Free eBook]
In this article, we will take a closer look at the basic concepts of photochemistry and how they apply to LLLT. By dispelling common myths and clarifying the scientific basis of LLLT, we hope to provide a better understanding of this promising therapy.
When a molecule absorbs a photon of light whose energy is equal to or greater than the energy difference between the molecule’s ground state and an excited state, a photochemical reaction can occur. This principle is the foundation of LLLT, which utilizes specific wavelengths of light to stimulate cellular processes and promote healing.
By targeting cytochrome c oxidase, an enzyme in the mitochondria of cells, LLLT increases ATP production, leading to various beneficial effects such as improved wound healing, reduced inflammation, and increased cell proliferation.
LLLT uses a specific range of wavelengths (600-1000 nanometers) that are well absorbed by cytochrome c oxidase. When this enzyme absorbs light energy, it undergoes a change that leads to an increase in the production of adenosine triphosphate (ATP), the energy currency of cells. This increase has been shown to have a range of beneficial effects on cells, including increased cell proliferation, improved wound healing, and reduced inflammation.
Related: How Cold Lasers and Low-Level Lasers Work to Relieve Pain
In short, low-level laser therapy is different from high-power laser therapy because it uses a specific range of wavelengths that are safe and effective for the cells in the body. Most importantly, LLLT causing tissue damage is a myth.
Here are three examples:
These studies demonstrate that LLLT has scientific support for its potential effectiveness in reducing pain and improving function in various conditions.
LLLT lacks the energy required to ionize atoms or molecules. Additionally, there is no evidence to suggest that LLLT causes cancer or has any other adverse effects when used according to established safety guidelines. In fact, LLLT is often used as a therapeutic treatment for cancer patients to alleviate pain and promote healing.
It is important to note that improper use of LLLT, such as using it at high intensities or for prolonged periods of time, can lead to burns and other skin damage. Therefore, it is crucial to follow safety guidelines and receive LLLT treatments only from trained professionals.
There are many affordable LLLT options available for medical professionals, such as handheld or desktop devices that cost a few thousand dollars.
Low-level lasers operate at much lower power than high-power lasers, which can make them less expensive to produce and easier to use. LLLT devices are also typically small and portable, which can further reduce their cost and increase accessibility.
LLLT operates by utilizing specific wavelengths of light that can be absorbed by chromophores in the body, leading to various biological effects.
Research has shown that LLLT has potential benefits for reducing pain, possibly due to its ability to reduce inflammation and increase circulation. It has also been studied for its potential benefits in treating conditions such as osteoarthritis, carpal tunnel syndrome, and fibromyalgia.
Discover the benefits of Low-Level Laser Therapy (3LT®) by Erchonia, a world leader in the field of 3LT® technology. Learn how 3LT® can help reduce the need for prescription opioids for chronic low back pain, the science behind 3LT® and the difference between visible lasers and infrared lasers.
Understanding the basic principles of photochemistry, specifically the First Law, can help dispel myths surrounding red light therapy and provide a clearer understanding of its potential benefits. By harnessing the power of specific wavelengths of light, red light therapy can stimulate cellular processes and promote healing in a non-invasive, drug-free way. Despite misconceptions, low-level laser therapy (LLLT) has been shown to be safe and effective for a range of conditions beyond skin and wound healing, such as pain and inflammation. With caution and proper use, red light therapy may offer a promising treatment option for improving health and wellbeing.
So why not give LLLT a try and see how it can help you improve the health and wellbeing of your patients?
Related: Benefits of Implementing Laser Therapy in Your Practice
Sources:
As a healthcare professional, you know how important it is to stay up-to-date with the latest advancements in medical technology. With so many options available, it can be difficult to know which products and treatments are truly effective. Fortunately, Erchonia, the world leader in low-level laser therapy, has created a downloadable resource specifically for you. “Not All Light is the Same” offers valuable insights and industry light comparisons, helping you make an informed decision about which low-level laser therapy product is right for your practice.
Discover the benefits of Low-Level Laser Therapy (3LT®) by Erchonia, a world leader in the field of 3LT® technology. Learn how 3LT® can help reduce the need for prescription opioids for chronic low back pain, the science behind 3LT® and the difference between visible lasers and infrared lasers.
With Erchonia’s cutting-edge technology, you can offer your patients a safe, effective, and non-invasive therapy for low back pain and other conditions, without relying on opioids or other potentially harmful treatments. So why not take advantage of this free resource and discover the benefits of Erchonia’s products for yourself? Download “Not All Light is the Same” today and take the first step towards unlocking the power of low-level laser therapy in your practice.
Here’s How This eBook Can Help:
Discover the benefits of Low-Level Laser Therapy (3LT®) by Erchonia, a world leader in the field of 3LT® technology. Learn how 3LT® can help reduce the need for prescription opioids for chronic low back pain, the science behind 3LT® and the difference between visible lasers and infrared lasers.
5-Minute Read
Laser technology has come a long way in the field of medicine. Lasers are currently used in a wide range of medical applications, including laser surgery and laser therapy. Laser surgery, also known as laser scalpel, uses a highly focused beam of light to make incisions or vaporize tissue. This technique is commonly used in procedures such as LASIK eye surgery, removal of skin lesions, and laser-assisted angioplasty.
On the other hand, low-level laser therapy (LLLT), also known as cold laser therapy or 3LT®, is a non-invasive treatment that employs low-power laser beams to stimulate healing and reduce pain. It has transformed the way we diagnose and treat patients and has been effective in managing a range of conditions, such as chronic pain, nociceptive pain reduction, and weight loss.
In this article, we will delve into the future possibilities and advancements in the low-level laser industry. Our focus will be on the specific areas where this technology is expected to make a significant impact, providing a comprehensive and informative outlook for both medical professionals and those who are interested in the potential of this technology. We will explore the potential for growth and developments in the field, and examine the latest research and discoveries. Ultimately, our aim is to shed light on the exciting possibilities that low-level laser therapy holds for the future of healthcare.
LLLT works by using photonic stimuli to excite the body’s cells infusing them with energy. Three primary reactions include reduction of inflammation, improved cell function, and increased blood flow.
The procedure is typically performed on an outpatient basis and does not require any anesthesia. It is a relatively painless procedure, with most patients reporting only a mild sensation of warmth during treatment. It is safe and has no known serious side effects.
With the increasing use in medicine, the potential for growth and advancements in the laser therapy industry is significant. Researchers continue to study the potential benefits and new applications are being discovered regularly. Let’s take a closer look at predicting the future of low-level lasers in medicine.
With the development of new technologies and increasing demand for minimally invasive procedures, the use of lasers in medicine is expected to become more prevalent. Here are seven trends that could play out over the next 20 years in the field of low-level lasers.
Advancements in technology and delivery methods could pave the way for even more effective and accessible LLLT treatments in the future. By developing new types of lasers that are even more precise and targeted, or new methods of delivering the light that make it easier to use LLLT for different types of injuries and conditions, LLLT could become an even more versatile treatment option.
Joseph Zapolsky, the International Sales Director for Erchonia, said on The Laser Light Show Podcast, “we’re actually starting to see that awakening in this country, where we are starting to see a lot of doctors working towards functional medicine. Working towards preventative medicines.”
As LLLT becomes more widely used, we may also see new types of devices and equipment being developed to make it easier and more convenient for patients to receive treatment. These advancements could lead to LLLT becoming an even more accessible treatment option for a wide range of conditions.
In conclusion, the field of laser technology in medicine is expected to experience significant growth and advancements in the next 20 years. The increasing demand for minimally invasive procedures and new technologies are driving this growth, and lasers are expected to become more prevalent in the treatment of neuro disorders and non-invasive fat loss. Laser therapy has already revolutionized the way we diagnose and treat patients, and its potential to improve patient outcomes and revolutionize healthcare is immense.
It is crucial for medical professionals to stay informed and up-to-date on the latest developments in laser technology to provide the best care possible to their patients. Attending conferences and workshops can be beneficial in learning about the latest advancements and trends in laser technology. Investing in cutting-edge laser technology, as well as research studies, is essential to bring about more efficient and cost-effective solutions for patients and healthcare providers.
The future of laser technology in medicine holds immense potential, and it is something to watch out for in the coming years.
Contact Erchonia today to learn more about how our 3LT® treatment can transform your practice.
*Disclaimer: Erchonia lasers are FDA-cleared for specific medical indications and the following is not intended to claim that Erchonia lasers can cure, heal, rejuvenate, or regenerate any medical condition or disease that is not covered by our FDA clearances at the time this article is published.
4-Minute Read
Tibial fractures are without a doubt a high-damage injury with the need for intensive rehab. Given that the tibial plateau is one of the key bone structures that support the body’s weight, it is imperative to partake in any physical activity such as walking, running, or jumping. Patients recovering from this type of injury can have difficulty doing everyday tasks. A fracture of the tibial plateau is usually caused by a high-energy impact and on most occasions, requires surgery.
Below we will answer some frequently asked questions about tibial fracture recovery and pain management.
Tibial bone fractures are among the most common long bone fractures seen in 4% of the senior population. This is often due to falls and other accidents. Tibial fractures are also a common sports-related injury among athletes engaging in sports heavy on running and jumping or contact sports such as football, soccer and rugby. Injuries of the tibial bone are also often seen in young children. It is a common pediatric fracture as young children are at risk of breaking limbs even when low force is applied at the time of injury.
For tibial fractures of non-displaced bones, recovery may take three to four months without surgery to heal. For displaced tibial plateau fractures, or when surgery is required, recovery may take around four to six months.
As with any major surgery, postoperative pain is a common complication that can in turn lead to potentially delayed recovery. In one study, of 267 patients with tibial shaft fractures, 147 (55.1%) reported chronic post-surgical pain after one year of surgery. As pain is a natural stressor, it stimulates physiological and psychological responses in the body. As the patient attempts to recover, these responses can cause postoperative complications and have a direct effect on the patient’s recovery time.
Treatment for tibial shaft injuries is generally operative in cases where the bone has been misplaced however, techniques such as physical therapy can aid patients during the process of healing and postoperative pain management. A physical therapist will recommend exercises and treatments to restore the patient’s mobility and alleviate the pain of the patient as much as possible. Therapist will focus on restoring the patient’s joint range of motion and reactivating the leg muscles. However, note that each injury and individual’s healing journey will be different, so recovery time will vary. Physical therapy is also limited when it comes to postoperative pain reduction. It can assist in reducing inflammation and calming the patient’s pain in the long term, however, physical therapy does not itself target the patient’s pain.
Low-level laser therapy (3LT®) is a modern technology that is being used in the field of medicine to treat sport injuries and musculoskeletal disorders. 3LT® is a laser treatment that is a professional’s preferred option for pain killing and wound healing.
3LT® uses irradiation with laser light of low intensity, without utilizing heat. This nonthermal technology causes a photochemical reaction in individual cells that alters cell membrane permeability, leading to increased mRNA synthesis and cell proliferation. In other words, 3LT®reduces edema and inflammation after surgery. 3LT® can even be used during surgery to decrease pain during and after operation. One study found that laser radiation at wavelengths of 650 and 808 nm can decrease postoperative pain and analgesic use in the postoperative period.
3LT® is a proper postoperative pain reduction technique. It is completely safe, painless (of course), and noninvasive. This is why it is easily accepted b y patients and providers alike. If you would like to learn more about this technology, read our blog on how this technology really works. You may also contact Erchonia today to learn more about how our 3LT® treatment can transform your postoperative experience.
5-Minute Read
Childbirth is a remarkable experience for any woman to undergo. During the roughly 9 months leading up to the highly anticipated day, expecting mothers spend a lot of time researching and deciding how they would like their birth to go. If the pregnancy is healthy and there are no medical concerns, doctors will mostly opt for a vaginal birth. Even though “natural births” tend to be preferred by obstetricians, there are many reasons why having a C-section may be safer.
A C-section is a surgery in which your doctor delivers your baby through a surgical incision made in the abdomen or uterus. Cesarean section may be used to deliver your baby if there are complications during labor that could affect your health or your baby’s. However, like with any other major surgery, c-sections may carry long-term symptoms. Learn more about these symptoms and new emerging technologies that are aiding these concerns below.
C-section surgery recovery tends to take longer than vaginal delivery. Because this procedure involves cutting through the abdomen muscles, recovery can take 4 to 6 weeks on average, compared to 1 to 2 weeks for a vaginal birth.
Cesareans can have many of the expected risks involved with any major surgery such as risk of infection, vomiting, headaches, and many more. However, postoperative pain is one of the major concerns expecting mothers have about c-sections. According to the U.S. Institute of Medicine, 80% of patients who undergo surgery report postoperative pain, with moderate to extreme pain levels. These symptoms can lead to potentially severe complications and possibly delay recovery for these patients.
Postoperative pain is an acute form of pain that arises after serious surgical trauma. Post-surgery injured tissue creates muscle spasms, inflammatory reactions, and an afferent neuronal barrage that shock the nervous system. Women experiencing these symptoms feel extreme pain and a pulling sensation months or even years after surgery.
Proper pain management for women who underwent cesarean section is not only essential to decrease infections, and hospitalization, but most importantly, it aids women return to their normal life functions. There are many medical technologies that claim to decrease pain and manage these problems, however, there is one technology that does not only address pain management, but also accelerates the healing of wounds.
Low-level laser therapy (3LT®) is used on cesarean section patients to accelerate surgical wound healing. 3LT®is a professional’s preferred method in the treatment of post-op pain due to its non-invasive and safe technology. This makes it widely accepted by patients because it reduces the risk of overconsumption of analgesics and other pain management drugs. LLLT reduces the edema and inflammation after surgery, speeding up the healing process of wounds and modulating metabolic processes.
3LT® is an optimal option for those looking for alternatives to prescription pain drugs. So how does laser therapy work anyways? This safe, non-invasive treatment works by exposing skin cells to concentrated wavelengths of low-level red light targeted to help increase cell reproduction.
The target? The mitochondria – the body’s powerhouse. For a deeper dive into the link between mitochondria optimal performance and the overall body’s ability to reduce pain and inflammation, check out the blog How Does Red Light Therapy Work?
The second most commonly asked question aside from how the treatment works is, is it safe? 3LT® is an extremely safe, non-invasive, non-toxic and painless treatment that is not associated with any side effects at this time. The treatment is perfectly safe to use in the management of postoperative pain. Read on if you are interested in learning more about the safety concerns of red light therapy.
C-section births are often an option chosen by expecting mothers and sometimes, an in-labor last resort to ensure a safe birth. No matter what the reason may be, dealing with painful postoperative symptoms should not be a long term deal. Contact Erchonia today to learn more about how our 3LT® treatment can transform your childbirth experience.
Red light laser therapy, otherwise known as low-level laser therapy (3LT®), is a promising emerging treatment used to treat a number of medical concerns including joint and back pain, among many others. Researchers have noted the effective biochemical and physiologic effects of therapy. 3LT® has specifically been shown to target inflammation reduction, tissue healing acceleration, and pain modulation. These positive effects have proven to pain practitioners that laser therapy is an effective and safe way to manage these chronic conditions.
Since the treatment is still new to the market, professionals and patients have many questions about its uses and safety concerns. Here’s why laser therapy for pain is perfectly safe for your patients. Of course, medical professionals must provide guidance for their patients. Here’s where you can start…
Low-Level Laser Therapy encompasses light therapies that utilize lasers in the red and near-infrared (NIR) range. These devices emit LED light at specific wavelengths, penetrating into the skin and providing powerful therapeutic effects at the cellular level.
These highly concentrated lasers stimulate cells to support the mitochondria, known as the “power generators” of the cell. As laser therapy is performed, the mitochondria absorb the light and increase the production of adenosine triphosphate (ATP), the cell’s fuel. The cells transform ATP into energy and cells become more energized, allowing them to perform their functions more efficiently as well as repair and regenerate damage.
Scientists have discovered under performance of mitochondria leads to adverse physical effects such as pain, and skin and immune deficiencies. Research has shown that light therapy in the red and NIR reduces pain for patients.
Related reading If you are interested in learning more about how 3LT® works.
3LT® is an extremely safe, non-invasive treatment and is not associated with any side effects at this time. The treatment is also fully painless.
The treatment is nontoxic and less harsh on the skin compared to topicals used to target the same concerns.
As with any treatment, overuse and abuse of laser therapy could lead to damage of the skin or eyes if proper protection is not used. Proper handling of the devices is imperative to their effectiveness and safety. Only practitioners who are qualified and trained in these therapies should be providing these treatment solutions.
The list of benefits for low-level laser therapy is extensive. Here are some of the reasons why practitioners in varied practices, use 3LT® to aid their patients:
3LT® has potential to improve patients’ overall health. By increasing cellular energy the treatment creates a positive chain reaction in the whole body. Similarly to how your energy levels affect your ability to perform at your best, whether that is in a sport, at work, or when facing obstacles, energized cells allow other parts of your body to perform at their peak.
No short-term side effects have been observed in any clinical trials and long-term effects are unlikely. However, the treatment continues to be reviewed and tested for further examination.
Given the often severe side effects of drugs and medications, light therapy is a great alternative for patients looking to stay away from painkillers. With the current opioid crisis, keeping patients away from potentially dangerous and addictive drugs is a priority.
Medical practitioners should consider 3LT® in their treatments and an alternative to prescription drugs. It is natural, safe, and effective. It can potentially treat many of the same symptoms and provide relief fast with none of the side effects.
As with any treatment, proper training and use of the device will ensure the safety of the treatment. 3LT® shows promising results in the treatment of numerous conditions including those of the skin, pain modulation, tissue restoration, and reducing inflammation. Within the scientific community, there is still continuing research and education in progress. However, 3LT® has shown to be a completely safe treatment with only positive outcomes for the patient.
Contact Erchonia today to learn more about how our 3LT® treatment can transform your practice.
