Sports injuries are driving interest in regenerative therapies

More than 3.5 million children and teenagers receive medical treatment for sports injuries each year in the United States. At the same time, participation in recreational sports among adults continues to grow, increasing demand for treatments that can help people recover efficiently while returning safely to activity. As physicians increasingly explore regenerative and technology-assisted therapies, conversations are expanding beyond pain management toward approaches that support the body’s natural healing process.

Dr. Alan Shih, founder of Head to Toe Healthcare in Tucson, Arizona, believes that shift reflects a broader evolution in how musculoskeletal injuries are being treated. Head to Toe Healthcare is a multidisciplinary medical practice providing podiatric care, regenerative medicine, and advanced therapies for patients experiencing foot and ankle conditions, chronic pain, peripheral neuropathy, and sports-related injuries. According to Shih, technological innovation is creating opportunities to intervene earlier and help patients recover more effectively without relying exclusively on invasive procedures.

“Every patient wants the same thing, whether they compete professionally or simply enjoy staying active,” says Dr. Shih. “They want to regain movement, reduce pain, and return to the activities that matter to them as safely as possible. Modern technology is giving physicians additional tools to help support that goal.”

Health care is entering a new phase of technology-assisted care. Research highlights how robotics, artificial intelligence, and regenerative medicine are increasingly converging to support more precise, personalized treatment across multiple medical specialties. Shih believes that the same evolution is beginning to influence musculoskeletal care, where technologies that encourage the body’s natural healing response are expanding the options available to physicians and patients alike.

According to Dr. Alan Shih, persistent foot and ankle pain is not always limited to muscles, tendons, or ligaments. He explains that irritation or compression of peripheral nerves can also contribute to ongoing symptoms, particularly after repetitive motion, overuse, or previous injuries, making recovery more complex than treating inflammation alone.

Shih explains that this understanding led his practice to adopt the FDA-cleared Robotic M7 MLS Therapy Laser, an advanced robotic laser system designed to deliver consistent treatment protocols while supporting tissue repair through photobiomodulation. He notes that laser therapy has evolved considerably over the past decade, with newer systems providing greater treatment precision, improved energy delivery, and software-guided consistency throughout each session.

“Technology should never replace clinical judgment,” Shih explains. “It should strengthen it by allowing physicians to deliver treatments with greater precision and consistency while tailoring care to each individual patient’s condition.”

Dr. Shih says his interest in laser therapy began more than 15 years ago, when he adopted laser technology for treating fungal nail infections after seeing its potential as a non-invasive treatment option. Reflecting on that experience, he explains that new medical technologies often require time before they become part of routine clinical practice as physicians evaluate emerging evidence and gain practical experience. From his perspective, regenerative therapies are progressing through a similar stage of adoption today.

Photobiomodulation, commonly known as laser therapy, has been studied as a non-invasive treatment approach for a range of musculoskeletal conditions. Research shows that current evidence supports its potential to reduce pain, improve physical function, and promote tissue healing in appropriate clinical settings, while also noting that additional high-quality research will help further define treatment protocols. According to Dr. Shih, findings such as these encourage physicians to consider where laser therapy can complement established treatment plans based on each patient’s condition and recovery goals.

“The goal has never been to chase new technology for its own sake,” says Dr. Shih. “It is to give patients every evidence-based opportunity to recover well, move confidently again, and return to the activities that matter most to them.”

That philosophy shapes the work at Head to Toe Healthcare, where patients include competitive athletes, active adults, older individuals, and people recovering from surgery or managing chronic foot and ankle conditions. According to Shih, every treatment plan begins with understanding the person’s goals before selecting therapies that best support their recovery. His practice has also incorporated Extracorporeal Magnetotransduction Therapy (EMTT), another non-invasive technology designed to complement regenerative care.

As sports medicine continues to evolve, Shih believes the conversation will increasingly focus on helping patients recover earlier, preserve long-term mobility, and maintain active lifestyles. From his perspective, innovation delivers its greatest value when it is guided by clinical evidence and applied thoughtfully to each individual.

“Technology will continue to advance,” he says. “What should never change is the commitment to helping people heal as completely as possible so they can keep doing the things they love.”