Several years ago, a study came out that found that those who had higher grip strength were less likely to die from cardiovascular disease. Research has also shown that weaker grip strength is correlated with a higher risk of falls in older adults.
Grip strength does not exist in a vacuum. We can infer from the results of these studies that higher grip strength is correlated with overall physical fitness. Those who are physically fit are less likely to experience heart disease and also less likely to fall. The goal then is to find activities that involve whole body movement.
Hanging is essential to developing strong shoulder joints, and by proxy improve grip strength. Most of our shoulder joints don’t have the proper range and strength for overhead hanging, so lateral hanging from a doorway is a great place to start (and most everyone can find access to a doorway).
Lateral hanging allows more control in beginning to explore activating your core while improving shoulder...
A key component in maintaining strong, healthy shoulder joints is understanding how to differentiate between using actual shoulder mobility v. other joints to compensate for a lack of shoulder mobility.
As the above photos demonstrate, more than one joint can be used to reach arms overhead. Many of us mistakenly believe we are strictly using shoulder mobility to accomplish this motion. The first photo shows someone reaching arms overhead to touch the wall behind them. At a glance this might look like fantastic shoulder mobility, but take a closer look at what is happening at the rib cage. It moved away from the wall to help move the arms further overhead. Once the end of actual shoulder mobility is reached, rib cage thrusting can help us achieve further movement without using the shoulders but using the low back instead.
Is this a problem? Not always. But if you are looking to improve actual shoulder joint mobility, compensating with rib cage thrusting bypasses the...
One of the most detrimental health habits humans tend to have is something most of us probably never give much thought to, at least in terms of health impact.
It's your shoes.
For every 1 degree of heel your shoe has, 1 degree of spine, hip, and knee joint reaction is required to compensate…. meaning for every 1 inch of heel your shoe has, it causes 20 degrees of change throughout the joints of the legs and spine!
Think even a modest heel is not a detriment to your health? Think again.
Your footwear choices have a major negative impact on your joint, bone, and muscle health. The amount of joint reaction caused by wearing heels can be contributing to knee and hip osteoarthritis, lumbar disc compression, and even pelvic floor dysfunction (new moms... please avoid heels!). Improper footwear choices are also a common culprit of falls in older adults.
So, believe it or not... one of the biggest impact steps you can take toward improving your health is...