⚙️ Rethinking Chronic Pain: A Neurophysiological Perspective The traditional view that chronic pain stems solely from structural damage is no longer sufficient. Advances in neuroscience reveal that persistent dysfunction in the peripheral and central nervous systems often underlies chronic pain—even in the absence of visible injury.   Key contributors include: Peripheral neuroinflammation, caused by ischemia, …

PIT Therapy and Peripheral Nerve Matrix: A Neurofunctional Breakthrough in Chronic Pain Management Read More »

⚙️ Revolutionizing Knee Pain Recovery: A Multimodal Approach Using HA, PRP, and TECAR within a Functional Regenerative Medicine Model The knee—one of the body’s most load-bearing joints—is not only susceptible to wear and tear, but also to biomechanical imbalances, neuromuscular dysfunctions, and a breakdown in the body’s innate tissue-repair systems. When knee pain becomes persistent, …

Revolutionizing Knee Pain Recovery: A Multimodal Approach Using HA, PRP, and TECAR within a Functional Regenerative Medicine Model Read More »