The Regen U

Introduction Osteoarthritis (OA) is a prevalent degenerative joint disease characterized by cartilage degradation, subchondral bone changes, and synovial inflammation. Traditional treatments focus on symptom management, often overlooking the underlying degenerative processes. At RegenU, we employ regenerative therapies aimed at restoring joint integrity and function. Understanding Osteoarthritis Pathophysiology OA involves the progressive breakdown of articular cartilage, leading to joint pain, stiffness,

Introduction Injury recovery is not just about speed — it’s about quality. For athletes, post-surgical patients, and anyone aiming for long-term mobility, the goal isn’t simply to heal, but to regenerate tissue in a way that restores full function. Traditional healing often results in fibrous scar tissue, which lacks the strength and elasticity of the original tissue. At RegenU, regenerative

Introduction Recovery from sports injuries has traditionally been slow and frustrating, with athletes often sidelined for months. At RegenU, our regenerative approach goes beyond symptom management, focusing on restoring full function, preventing re-injury, and maximising long-term performance. Understanding Common Sports Injuries Sports injuries such as ligament sprains, muscle tears, and tendinopathies often involve microtrauma that compromises tissue integrity and function.

Introduction Surgery can be life-changing, but what follows is just as important. Recovery periods vary greatly and can be hindered by inflammation, scar formation, and tissue degeneration. At RegenU, we leverage regenerative therapies to enhance post-surgical outcomes and accelerate return to normal activity. The Challenges of Surgical Recovery After orthopaedic procedures like ACL reconstructions, joint replacements, or cartilage transplants, the

Introduction Regenerative medicine is transforming the future of healthcare. No longer limited to singular treatment modalities, clinicians are increasingly adopting a multifaceted approach known as stacking therapies. According to Dr. Gordon Slater (2024), stacking involves combining multiple regenerative techniques—such as hyperbaric oxygen therapy (HBOT), platelet-rich plasma (PRP), stem cell therapy, and human growth hormone (HGH)—to maximise the body’s innate healing

Introduction Structural bone grafting has been a staple of orthopaedic surgery for decades, used to restore skeletal integrity following trauma, degeneration, or surgical resection. But today, regenerative medicine is transforming how bone grafting is performed — shifting the goal from structural support alone to biologically active healing. Led by innovators like Dr. Gordon Slater, this new model of care integrates

Traumatic Brain Injury (TBI) affects millions worldwide, often leaving survivors with lasting cognitive, physical, and emotional impairments. Traditional rehab focuses on physical therapy, medication, and time—but what if oxygen could be the catalyst for better healing? Enter Hyperbaric Oxygen Therapy (HBOT)—an innovative, non-invasive therapy that’s been gaining momentum as a promising complementary treatment for TBI. At RegenU, we’re passionate about

April marks Autism Awareness Month, a time to celebrate neurodiversity and spotlight advances in care that can enhance quality of life for individuals on the autism spectrum disorder (ASD). One therapy gaining increased attention is Hyperbaric Oxygen Therapy (HBOT)—a non-invasive treatment that may offer supportive benefits to individuals with autism by targeting some of the underlying physiological imbalances often observed

Hyperbaric Oxygen Therapy (HBOT) has emerged as a pivotal treatment in the realm of regenerative medicine. By administering 100% oxygen at elevated atmospheric pressures, HBOT enhances oxygen delivery to tissues, fostering accelerated healing and regeneration (Slater, G. 2022).​ Mechanism of Action Under normal conditions, oxygen is transported throughout the body solely by red blood cells. HBOT allows oxygen to dissolve

Cartilage damage is one of the most common and difficult-to-treat orthopaedic issues. Unlike other tissues, articular cartilage lacks its own blood supply, which makes self-repair extremely limited. However, regenerative medicine is transforming that narrative—with promising developments in biologic therapies and minimally invasive interventions. At RegenU, we’re guided by the latest clinical research to deliver cutting-edge, evidence-based care for cartilage repair.