Treatments for Diabetic Neuropathy: What’s New in 24-25?

Neuropathy is a debilitating and common complication of diabetes. Based on data gathered by the American Diabetes Association (ADA) and the National Institute of Diabetes and Digestive and Kidney Disease (NIDDK), about 60 to 70% of 18.2 million Americans who have diabetes will develop a kind of diabetic neuropathy, and about three millions of these individuals will have painful neuropathy.

Traditional treatment for diabetic neuropathy often involves using pain relievers, topical treatments, antiepileptic drugs, and antidepressant drugs. These methods usually provide temporary help, but more often than not, they don’t touch the core problem. Therefore, these patients grow restless, looking for solutions that can end their pain.

In recent years, the neuropathy field has been evolving, and ongoing research into improved and new non-invasive solutions has emerged. Some of these solutions include advanced combinations of light therapies, novel applications of regenerative medicine, and targeted electrical stimulation techniques. These innovative solutions offer hope for neuropathy sufferers.

In this blog, we will explore non-invasive treatments for diabetic neuropathy and the role Restore Podiatry & Laser Center plays in championing these innovative non-invasive treatments.

1. Class 4 Laser Therapy

Class 4 laser therapy is an exclusive therapy provided by Restore Podiatry & Laser Center. It is a revolutionary treatment for diabetic neuropathy. It involves the usage of advanced class 4 laser technology to stimulate healing at the cellular level. Dr. Bhela has turned Class 4 Laser Therapy as a cornerstone of his treatment strategy, providing a non-invasive treatment method that reduces inflammation, promotes blood circulation, and encourages nerve cell regeneration.

This method is unlike traditional treatment, which relies on medications with potential side effects. It is a drug-free, effective, and safe alternative. Patients undergoing this laser therapy have reported significant improvements in their symptoms. The benefits of this innovative, non-invasive treatment also include its quick sessions without downtimes, therefore letting patients quickly return to their daily activities.

2. Deep Tissue Robotic Laser Therapy

Deep Tissue Laser Therapy is a non-invasive treatment method that uses the body’s regeneration power by stimulating cellular activity. This method applies low-frequency lasers that enter deep into the injured areas’ tissue structure to improve oxygenation and circulation.

Additionally, this innovative method relies on both inflammation and pain and resorts to injured tissues and muscles for faster recovery times from several conditions. The device is moved smoothly over the injured body area. This allows the high-power laser to penetrate deep into the injured tissues and muscles, stimulating cellular metabolism.

The light from the lasers enters the tissues, and your cells absorb the photons. The process causes the cells to release different types of enzymes and molecules like ATP, which gives your cells energy. These additional enzymes and molecules allow your cells to grow faster, protect themselves efficiently, and move to areas in your body where they are needed.

The energy from the laser is dispelled as heat, which generates a soothing warmth in your tissue. As your blood vessels open, microcirculation enhances your damaged tissues, providing needed salts, proteins, sugars, and oxygen and removing waste.

3. Class 2 Laser Therapy

Class 2 laser therapy devices provide low output energy through short wavelength beams of light. The theory behind this process is to provide the right amount of energy for enhancing and stimulating cell function while ensuring there is no damage to your cells or experiencing painful heat sensations.

This laser therapy provides patients suffering from this condition with a new treatment option. It is pain-free, non-invasive, and an effective solution that targets diabetic neuropathy while improving your quality of life. Its effects include reduction of inflammation, which can happen within hours to days, accelerated tissue regeneration, and pain relief.

4. High Power Laser Therapy

This laser therapy method utilizes laser radiation within the 800 to 1100 wavelength range to support the healing and regeneration of tissues, accelerate microcirculation, and activate the metabolic process of cells.

Additionally, it also works well in treating irritated or damaged nerves connected with the occurrence of radiating, acute, and chronic pain. Its effectiveness in treating diseases has been proven by research and is currently used in the fields of neurology, general medicine, oncology, rheumatology surgery, podology, orthopedics, dentistry, ENT, and dermatology. This treatment type alleviates the symptoms connected with pathological changes in tissues and also effectively treats their causes.

5. High-Intensity Laser Therapy

A high-intensity laser therapy device produces light that carries energy and spreads it to tissues, promoting healing and improving the pain of inflamed tissues. The light enters the body and spreads through subcutaneous fats, bones, tendons, and muscles. There are several effects that this process produces, such as reflection, scattering, absorption, and transmission via a process known as photobiostimulation. Its therapeutic effects include thermic, biostimulation, and photoacoustic. This method can penetrate up to 10 cm and can stimulate the free nerve endings, therefore ensuring fast pain relief.

6. Radial Shockwave Therapy

This method was initially created for treating musculoskeletal conditions but has now shown benefits in managing neuropathy. Radial shockwave therapy involves the transportation of high-energy acoustic waves to the site of the wound, stimulating the body’s natural healing process.

A handheld device sends pressure waves via the skin of the patient to the injury area. This stimulates blood circulation for faster recovery. Some key benefits of this innovative treatment include reducing inflammation, improving blood flow, relaxing trigger points, interrupting pain signals, decreasing calcification, and boosting collagen production.

7. Pulsed Electromagnetic Field Therapy (PEMF)

Another innovative noninvasive treatment for patients with diabetic neuropathy is Pulsed Electromagnetic Field Therapy (PEMF). In this treatment, alternating magnetic fields are used to promote healing and reduce pain. There have been many studies confirming that PEMF acts in the treatment of several varieties of neuropathy, especially diabetic neuropathy.

Conclusion

Diabetic neuropathy can be quite channeling, but these innovative, non-invasive treatments provide hope for many sufferers. By utilizing the power of light to reduce pain and stimulate healing, laser therapy can hugely improve patients’ quality of life. In any stage of diabetic neuropathy, whether you have been suffering from the condition for years or just discovered it, Restore Podiatry & Laser Center can help you improve the problem. If you intend to learn more about innovative non-invasive treatments for diabetic neuropathy or consider the best solution for your needs, this website has answers to all your questions.