Blog

Here we are going to discuss How Literature Support IR therapy. Infrared (IR) therapy uses infrared light to provide therapeutic benefits to the body. The treatment is believed to work by penetrating the skin and increasing blood flow to the targeted area, which can help reduce inflammation, alleviate pain, and improve circulation. Here are some common uses of infrared therapy:

1. Pain relief
2. Improved circulation
3. Wound healing
4. Skin rejuvenation
5. Relaxation and stress relief

Infrared therapy is a non-invasive, drug-free, potentially beneficial therapy that can treat various conditions. However, it is essential to speak with a healthcare provider who knows How Literature Support IR therapy before starting any new therapy, including infrared therapy, to ensure that it is safe and appropriate for your needs.

Read More: Along with How Literature Support IR therapy Read More about Infrared Therapy in Physiotherapy.

How Literature Support IR Therapy in Pain Management

In clinical practice, neck discomfort is a prevalent complaint and a significant contributor to activity restrictions, disability, and productivity losses. In the general population, the prevalence of neck pain lies between 9% to 18%, and one in three persons can recollect experiencing neck pain at least once in their lives. Medicines, exercise therapy, needle treatment(acupuncture)or dry needling, local injections, botox, and education programmer are only a few methods to manage neck discomfort.

There must be a universal agreement regarding the best course for treating chronic neck discomfort. They sought to use a variety of subjective and objective outcome measures to assess the therapeutic effects of near-infrared radiation on individuals with persistent neck pain. According to the findings of this pilot investigation, near-infrared therapy lessens pain while tangentially increasing PPT. It is a need to conduct more research on the longer impacts of near-infrared treatment on an enormous population.[1]

Yet, other nonpharmacologic approaches have high promise for treating pain; unfortunately, many doctors and patients exclusively seek pharmacologic treatments to help with pain alleviation. This article discusses a few of these tactics, focusing on clinical justifications and anticipated results. The psychology of chronic pain and the creation of prescriptions are also concerns. It’s critical for medical professionals to keep an open mind while considering alternate methods of pain management.

Heat “thermotherapy” refers to heating methods used for therapeutic purposes and can be applied with either superficial or deep heat modalities. Increasing muscle temperature to promote analgesia is the most important of thermotherapy’s many primary objectives. The effects of heat are local, regional, and global. Increased tissue histamine, prostaglandin, and bradykinin levels are among the local physiologic effects of heat therapy that cause vascular relaxation.[2] This is how How Literature Support IR therapy.

How Literature Support IR Therapy in Muscle Spasm

Although infrared therapy has been utilized in clinical settings for a long time, just a few studies assess its effectiveness in treating specific clinical diseases. The physical behaviour, physiological consequences, energy, and risks of infrared therapy are all considered in this review.

A technique for pain management that doesn’t include a medication is known as non-pharmaceutical. As more data is produced to support their usage, more people are turning to such strategies in addition to medications as part of interdisciplinary pain management techniques.

Patients with chronic osteoarthritis, scar tissue from surgery, muscle spasms, or chronic tendon injuries receive superficial heat therapy in our physical rehabilitation clinic before and during stretching, range-of-motion, massage, and exercise. This author does not advise using heating pads or infrared lamps because burns are more usually related to them.[3]

How Literature Support IR Therapy in Inflammation

Sunlight’s IR/visible light spectrum markedly enhanced MMP-1 and MMP-9 expression while dramatically lowering type I procollagen expression. Moreover, the improved MMP-1 expression was caused by solar heat. While UV, IR/visible light, and heat led to macrophage infiltration, only the UV region attracted neutrophils into the dermis.

In addition to UV, IR/visible light, heat, and natural sunlight affect how MMPs, procollagen, and inflammatory cell infiltration are expressed in human skin.[4]

This idea originated with a 1946 study (18), which demonstrated that tissue warms more quickly to moist heat (hot baths) than to dry heat (infrared lamps). Although the distinctions between moist and dry heat are frequently discussed in clinical practice, scientific evidence is lacking to support these claims.

The pace at which heat is transferred and tissues warm-up is accelerated by moisture. Although these results encourage moist heat when rapid tissue warming is required (such as during a brief office visit), they do not demonstrate that sweltering heat is more therapeutically effective than dry heat. In actuality, the study did not measure any therapeutic outcomes. Moreover, topical heat modality that uses dry heat (infrared lamp treatment) is no longer commonly used.[5]

How Literature Support IR Therapy in Arthritis

Pain and inflammation are the only things that osteoarthritis, arthritis, and muscle and joint stiffness have in common. A person’s range of motion is reduced, and swelling and skin redness are worsened when they have combined and muscular disorders, making daily tasks difficult. Low-intensity red light is used in red light therapy to promote a cellular response naturally. The muscles and nerves are exposed to sunlight as it passes through the dermal layers. Once the cells take up energy, they become more active and blood flow to the treated area increases, encouraging cell growth and regeneration.

Enhanced blood flow and cellular activity immediately lower inflammation and discomfort. According to research at the National Library of Medicine, older individuals who received red and infrared therapy had a 50% reduction in pain. Also, they discovered that those who had red and infrared light therapy showed a considerable improvement in function. Another 2016 study found that five to seven red-light therapy sessions for Bouchard’s and Heberden’s osteoarthritis significantly reduced pain and improved range of motion. Only a few of these studies demonstrate the efficacy of red light therapy as a treatment. [6]

As you will soon see, even though hundreds of millions worldwide suffer from arthritis, all available medical treatments weaken the immune system. Even those without health knowledge know that turning off the immune system is not a good idea. Lowering it raises your risk of dying from cancer and almost all other diseases because it’s your body’s first defence against illness.

Red light therapy is a potent anti-inflammatory that can reduce pain and help you live free from the discomfort and anguish of arthritis, in contrast to these harmful medical procedures. Let’s look at how medicine treats arthritic patients before moving on to that.[7]

Summary-How Literature Support IR therapy

IR (infrared) therapy is a form of alternative medicine that uses infrared light to provide therapeutic benefits to the body. While the literature on IR therapy is extensive, there is less research evidence showing the connection between literature and IR therapy.

In the above discussion we have provided you with the recent even about How Literature Support IR therapy.

References

1. Chen, S.-C., et al., Therapeutic effects of near-infrared radiation on chronic neck pain. Journal of Experimental & Clinical Medicine, 2013. 5(4): p. 131-135.

2. Adams, M.L. and G.J. Arminio, Non-pharmacologic pain management intervention. Clinics in Podiatric Medicine and Surgery, 2008. 25(3): p. 409-429.

3. Corti, L., Non-pharmaceutical approaches to pain management. Topics in companion animal medicine, 2014. 29(1): p. 24-28.

4. Cho, S. et al., Infrared plus visible light and heat from natural sunlight participate in expressing MMPs and type I procollagen and infiltrating inflammatory cells in human skin in vivo. Journal of dermatological science, 2008. 50(2): p. 123-133.

5. Nadler, S.F., K. Weingand, and R.J. Kruse, The physiologic basis and clinical applications of cryotherapy and thermotherapy for the pain practitioner. Pain Physician, 2004. 7(3): p. 395.

6. Demo, E., How Red Light Therapy Combats Arthritis Pain & Stiffness. Red, 2020.

7. Peat, R., How to Treat Arthritis with Red Light Therapy.