FIRST Train Smarter - THEN Train Harder
- Dr Sabina Holle
- Mar 6
- 2 min read
Many athletes—and even entire sporting careers—are cut short by something surprisingly simple: the way the body is loaded over time. When muscles, tendons, ligaments, and joints are repeatedly stressed in ways they weren’t designed to handle, small problems can gradually build up. Over months or years, these stresses can lead to tissue irritation, dysfunction, and eventually serious injury.

A common issue in modern training is the focus on building muscle size and strength through isolated exercises. While these methods can make muscles stronger, they don’t always ensure that the body is working in good alignment. When joints are not well aligned and the body lacks proper postural stability, muscle imbalances can develop. Over time, the body may learn and reinforce inefficient or even harmful movement patterns—especially when training loads are high. This combination often leads to pain and injury.
To prevent this, developing postural stability is essential. When the body is stable and well organized, it can handle training loads much more safely. This not only protects the musculoskeletal system but also supports long-term performance and athletic longevity.
Good training goes beyond simply building stronger muscles. It also improves coordination, timing, speed, and overall movement quality. In other words, it teaches the body to move better—not just harder.
The body’s postural control system works as a single, integrated unit. It activates automatically before any movement begins, whether we are standing still under load or moving our arms and legs. When this system functions well, it prepares the body to move efficiently and safely.
An important part of this process is learning to sense where the body is in space. When we become more aware of joint position and muscle activity, we start to understand how different parts of the body work together. This awareness helps restore more natural and efficient movement patterns.

For this reason, the goal is not simply to train individual muscles, but to re-educate the central nervous system. By stimulating areas of the brain responsible for awareness, sensory perception, and movement control, we can reconnect the body’s natural coordination systems.
In practice, this means learning to feel and understand your own body while performing precise, simple movements. Through repetition and focused attention, these movements gradually improve how the body organizes itself during activity.
The aim is for each person to develop a clear understanding of how their body should be positioned and how it should move.
At the centre of it all is the stabilizing function of the torso. A well-coordinated trunk provides the foundation for every movement we make. When the torso is stable and responsive, all other exercises and activities can be performed more
efficiently and safely.

This is one of the key principles behind DNS (Dynamic Neuromuscular Stabilization), where specific positions are used to retrain the body’s natural stabilization system and restore healthier movement patterns.










Comments