The Spinal Engine: Theory of how your spine makes you move faster

Did you ever thing that a twisting motion and your spine could be the biggest driving force behind your running? Evidence describes how that can be the case!

Dr Gareth Williams and Dr Gabriela Martinho

4/4/20242 min read

spinal enigine
spinal enigine

Our spine is a remarkable structure that plays a crucial role in our body's movement and functionality. Often referred to as the "spinal engine," it serves as the central hub for transmitting forces and coordinating movement throughout our entire body. Understanding how the spine influences movement can help us revolutionize our rehabilitation and treatment protocols, leading to improved efficiency and outcomes.

The Spine's Role in Movement

The spine consists of a series of vertebrae that are connected by discs, ligaments, and muscles. This complex network allows for flexibility, stability, and shock absorption, enabling us to perform a wide range of movements.

One key aspect of the spinal engine is its ability to distribute and transfer forces. As we move, forces generated by our muscles are transmitted through the spine, allowing efficient transfer of energy and power. This transfer of forces is essential for activities such as walking, running, and lifting.

Furthermore, the spine acts as a central control system for coordinating movement. It receives sensory input from various parts of the body and integrates this information to produce coordinated and efficient movement patterns. This coordination is vital for maintaining balance, stability, and proper body mechanics.

Utilizing the Spinal Engine in Rehabilitation

Recognizing the influence of the spinal engine on movement opens up new possibilities for rehabilitation and treatment protocols. By targeting the spine, we can optimize movement patterns, enhance efficiency, and improve overall function.

One effective approach is to focus on spinal stabilization exercises. These exercises aim to strengthen the muscles surrounding the spine, promoting stability and proper alignment. By improving spinal stability, we can enhance movement control and reduce the risk of injury.

In addition to stabilization exercises, incorporating spinal mobilization techniques can also be beneficial. These techniques involve gentle movements and stretches to restore normal joint mobility and flexibility. By optimizing spinal mobility, we can improve movement efficiency and reduce pain or discomfort.

Furthermore, utilizing manual therapy techniques, such as spinal manipulation or mobilization, can help address specific spinal dysfunctions. These techniques, performed by trained professionals, can restore proper joint alignment and alleviate pain, allowing for improved movement and function.

Enhancing Treatment Efficiency

By understanding the spinal engine and its role in movement, we can develop more efficient treatment protocols. Tailoring interventions to target the spine can lead to quicker recovery, improved functional outcomes, and reduced risk of reinjury.

Furthermore, educating patients about the importance of spinal health and providing them with specific exercises and strategies to maintain spinal integrity can empower them to take an active role in their recovery process.

The spinal engine is a remarkable system that influences our movement and functionality. By understanding its role and incorporating targeted interventions, we can optimize rehabilitation and treatment protocols, leading to improved efficiency and outcomes. Embracing the potential of the spinal engine empowers us to unlock movement potential and enhance the lives of those seeking rehabilitation and treatment.