What is Spinal Compression and What Causes It?
From the moment we are born, our bodies are at the mercy of gravity, a force that continuously creates pressure and stress on all of our muscles, bones, joints and ligaments. By far, the part of the body that is affected most by gravity is the spine. The combination of gravity and muscle imbalances shove the vertebrae together, pressing on the discs. The inner core of your discs consists of jelly-like material that acts like a shock absorber system, providing flexibility and cushioning when you are sitting, standing or exercising. During your normal daily activities, gravity causes fluid to squeeze out of your discs into adjacent soft tissue. With less space between the discs, you lose some height. When you sleep, some – but not all – of the fluid soaks back into the discs. During a typical day, you can lose as much as ¾ inch in height! And because there’s only a partial recovery at night, the average person loses ½ inch to 2 inches in height by their senior years. Insufficient distanc
From the moment we are born, our bodies are at the mercy of gravity, a force that continuously creates pressure and stress on all of our muscles, bones, joints and ligaments. By far, the part of the body that is affected most by gravity is the spine. The combination of gravity and muscle imbalances shove the vertebrae together, pressing on the discs. The inner core of your discs consists of jelly-like material that acts like a shock absorber system, providing flexibility and cushioning when you are sitting, standing or exercising. During your normal daily activities, gravity causes fluid to squeeze out of your discs into adjacent soft tissue. With less space between the discs, you lose some height. When you sleep, some but not all of the fluid soaks back into the discs. During a typical day, you can lose as much as ¾ inch in height! And because there’s only a partial recovery at night, the average person loses ½ inch to 2 inches in height by their senior years. Insufficient distance be