Laser Therapy Institute Podcast

The podcast discusses a recent study comparing the effects of laser and LED therapy at different wavelengths. It explores the concept of Photobiomodulation and discusses the safety hazards of lasers. The podcast also delves into a study that evaluates changes in hemoglobin and cytochrome C oxidase during laser therapy. Lastly, it compares the effectiveness of LED and laser therapy units.

Explore the potential of using laser therapy with PRP for regenerative medicine. Learn about PRP, its effectiveness for soft tissue and joint issues, and its comparison to cortisone injections. Discover how light therapy can prevent blood clotting and improve platelet stability. Understand the impact of red blood cell lysis during PRP therapy and how laser therapy can minimize it. Discover a three-step protocol for using PBM and PRP therapy, including pre-injection activation and post-injection growth stimulation.

Dr. Rountree, a neurological processes expert, discusses the production and purpose of biophotons in neurons. Topics include neuronal communication, light wavelengths, bio-photon emission, and the potential systemic effects of laser therapy on neural networks.

Learn about the important factors to consider when choosing a laser therapy device, including power, irradiance, frequency, LED vs. laser, and class 3 vs. class 4. Understand the effects of different doses, the importance of average power, and the factors to consider in choosing a device for different treatments. Debunk misconceptions and explore the debate between class three and class four lasers for skin treatment.

Join Dr. Rountree and Dr. Jason Pang as they discuss the use of PBM in dentistry for healing wounds, cold sores, TMJ, Bell's Palsy, and Burning Mouth. Dr. Pang is a dentist and PMB practitioner in Neutral Bay, near Sydney, Australia. They explore the effects of light on tissues and the utilization of photobiomodulation in dentistry. They also talk about treatment strategies, pain relief using laser therapy, and how dentists can integrate photobiomodulation to enhance patient comfort and potentially treat neuropathic pain.

Dr. Michael Hamblin, a renowned researcher in photobiomodulation, discusses the slow adoption of PBM therapy as a mainstream treatment, the challenges of conducting expensive clinical trials, and the skepticism among physicians. They also explore the balance between starting low with laser therapy, advancements in light therapy, and the importance of individualized treatment based on patient response.

Explore the advantages of laser therapy in treating diseases like cancer and neurodegenerative disorders. Learn about the potential of photo biomodulation therapy as a cost-effective treatment option. Discover the importance of implementing laser therapy in clinics and building a strong brand within the community. Get insights into marketing support and exclusive territories for LTI member clinics. Find out about the process and benefits of joining the Laser Therapy Institute for success in practice.

Topics discussed: Knee arthritis, rheumatoid arthritis, juvenile inflammatory arthritis, inflammatory mechanisms, laser dosing, osteoarthritis of the hands. The podcast also explores the benefits of photomyomodulation and the effectiveness of laser therapy for rheumatoid arthritis and chronic joint disorders.

In this podcast, Dr. Rountree and Kristi discuss a study on the use of laser therapy for neuropathic pain. They explore the benefits of Laser Therapy Institute protocols, the factors in photobiomodulation, and the basics of photobiomodulation therapy for neuropathic pain. They also highlight the importance of proper training and support for effective laser therapy treatment.

They discuss photobioimodulation for neurodegeneration, explaining its mechanisms and therapeutic effects. They explore cellular mechanisms, regeneration, and intracellular signaling pathways. The complexity of neurodegenerative diseases and the role of heat shock proteins are also discussed. The therapeutic effects of laser therapy include preventing neuron atrophy and improving symptoms. Application and limitations of laser therapy are addressed.