In human movement, “coiling” refers to the action of twisting or rotating the body to create tension, much like winding up a spring. This coiling movement usually involves the torso and spine, where the body rotates along the spine’s axis while maintaining stability in the hips or legs. Coiling is often seen in athletic movements…
Human biomechanics can be explained as the study of how the body moves and how forces act on it. To break it down: 1. The Body as a Machine Think of the body as a machine made up of different parts like bones, muscles, and joints. Biomechanics examines how these parts work together to create…
Grip strength has been increasingly recognized as a strong indicator of overall health and longevity for several important reasons: 1. Predictor of Mortality Studies show that reduced grip strength is associated with higher mortality rates, particularly in older adults. It is considered a biomarker of aging, with weak grip strength often correlating with frailty and…
In the context of human movement, “spirals” refer to the natural, three-dimensional, spiral-like patterns that occur in the body as it moves through space. These spiral movements are deeply rooted in biomechanics and reflect the way muscles, joints, and the fascial system (connective tissues) work together to produce fluid, efficient motion. Key Aspects of Spiral…
Did humans evolve to run? 🤔 Let’s examine a few key ideas that support this claim! 1. Bipedalism Walking and running on two legs frees up the hands and conserves energy over long distances. The ability to run long distances helped early humans travel across large areas, which was critical for hunting and scavenging. 2….
The oblique sling system in humans is crucial for several reasons, particularly in terms of movement, posture, and stability. This system consists of interconnected muscle chains, including the external oblique, internal oblique, serratus anterior, and latissimus dorsi muscles. These muscles work together to coordinate various functional movements that we use daily. Why the Oblique Sling…
The “lateral line” or “lateral chain” in humans refers to a group of muscles, tendons, and fascia (connective tissue) that run along the sides of the body, from the feet up to the head. These structures play a critical role in maintaining balance, stability, and coordinated movement, particularly in side-to-side or lateral movements. Significance of…
Introduction Outdoor exercise or training is not just a fun way to break the monotony of indoor workouts. It also offers a host of benefits that can enhance your physical and mental health. From the invigorating fresh air to the natural beauty that surrounds you, outdoor exercise can be a refreshing and rewarding experience. In…
Defining Symmetry and Biomechanics Symmetry, in the human context, refers to the balance between our body halves, while biomechanics is a field that applies principles of physics to biological systems to understand human movement and interaction with the environment. The Significance of Symmetry in Biomechanics Symmetry plays a pivotal role in human biomechanics, affecting various…
