10/31/2026
Blog post #2 Recovering not only through strength, but neurologically too!
🧠 Did You Know? Rehabilitation Isn't Just About Healing the Body — It's About Retraining the Brain, Too!
When our pets experience an injury, whether orthopedic (bones, joints, and muscles) or neurological (the brain, spinal cord, or nerves), the effects can reach much further than the original injury site.
The nervous system plays a major role in how our pets move, feel, balance, and coordinate their bodies. Following an injury, the brain and nervous system can change how they communicate with the rest of the body, affecting movement and muscle function even as the original injury begins to heal.
One example is Arthrogenic Muscle Inhibition (AMI). This occurs when an injury or inflammation in a joint causes the surrounding muscles to become less active as the body tries to protect the injured area. Over time, this can lead to muscle weakness and loss of muscle mass, even when the muscle itself wasn't directly injured!
So, how can rehabilitation help? Our brains have an amazing ability called neuroplasticity, which allows the brain and nervous system to adapt, learn, and create new connections. Through repetition, movement, balance exercises, sensory stimulation, and targeted strengthening, we can encourage the brain and body to communicate more effectively and reinforce healthy movement patterns.
❤️ The Takeaway: Recovery isn't just about healing where the injury happened. It's about helping the entire body work together again! By addressing both the physical and neurological effects of injury, we can support more complete rehabilitation and help our patients return to moving with greater strength, confidence, and coordination.
Because sometimes, getting the body moving again starts with retraining the brain! 🐾
Every rehabilitation journey is unique, and treatment plans should be tailored to each patient's individual needs and abilities.
Contact Acupetvet with any questions or concerns about your pet's condition. 💚💙
📚 Source / Further Reading
Onlinepethealth. Overlooked Pathways of Communication: Equine Neuroplasticity and Neurodynamics