Ryan Kent Implements Non-Surgical Regenerative Medicine Techniques at Defiant Health
Ryan Kent FNP-BC FPA ● Photo Credit: Defiant Health
LISLE, Ill., October 21, 2024 (VSNewsNetwork.com) – Ryan Kent, a Full-Practice Authority Nurse Practitioner at Defiant Health Spa, is employing regenerative medicine techniques to provide alternatives to surgical procedures for patients dealing with injuries or chronic pain. According to Defiant Health, Kent’s approach includes the use of Platelet Rich Plasma (PRP) injections, stem cells, and peptides to facilitate the body’s healing processes.
Kent’s methods have been applied to various cases, including a high school quarterback with a severe wrist injury. While surgery addressed the damage, recovery was expected to take at least a year. Working with the medical team, Kent implemented a plan involving PRP injections to promote tissue growth, stem cells for regeneration, and peptides to reduce inflammation. The quarterback regained full motion in three months and returned to play in six months, according to the company.
Defiant health also reported another instance in which a golfer in his 40s faced ongoing elbow pain that impacted his ability to play. Kent proposed an alternative to surgery using ultrasound-guided PRP injections, stem cells derived from the patient’s bone marrow, and a peptide to support tendon repair. Over several months, the golfer reported improvements and eventually resumed playing without pain.
Kent’s approach focuses on addressing underlying issues rather than only managing symptoms. He stated, “Our goal isn’t just temporary relief; it’s to rebuild the body from the inside out.”
According to Kent, these methods aim to provide patients with options that can help avoid surgical interventions and reduce reliance on long-term medications. “We’re here to restore function and health naturally, without sending patients toward the operating table or a lifetime of pharmaceuticals,” he said.
For more information, visit Defiant Health’s website.
Source: Defiant Health
