Can Women Slow the Aging Process with Free Weight Training.
As we age, the significance and various advantages of free weight training, turns out to be progressively critical. Interminable exploration has been done on this particular topic, and as an aftereffect of these studies we now have hard proof that as we age our bone thickness density declines or weakens and we lose muscle (sarcopenia), however unlike some degenerative conditions, there is something we can do to fight both of these widely recognized negative impacts of aging.
Medical research has demonstrated, that by keeping weight on the bones and keeping the joints moving, we can keep up healthy bone density and more joint flexibility as we age. Why weight training? Basically, the process of lifting weight causes the muscles and ligaments to pull against the bone, this procedure empowers various cells in the bone to produce more bone, therefore increasing bone density; the vast majority of the people don’t understand that bone is living – developing tissue and reacts to the stresses of weight training, by becoming stronger/denser, just like the muscles.
Unfortunately, there was old fashioned misguided judgment with respect to lifting weights that has kept much of our aging population of women from ever considering lifting weights. Until the 1980s, there were not very many health and fitness clubs, and the ones that were around, usually catered to bodybuilding men and athletes. Women looked at weight lifting as something reserved for bodybuilders, athletes and manly looking women. Fortunately, the younger population in Western Society it’s very common to see women working out with free weights and embracing the strength and power it achieves. But sadly, many older women are aging even faster due to a lack of any form of strength training.
There are a variety of ways to train for strength. The most simple, is using your own bodyweight against gravity, which can be done nearly anywhere. Most health clubs have machines that are built to facilitate your ability to lift the weight at the point where your joints and ligaments need the most assistance. Starting out, it is important to strengthen these joints and ligaments before overloading them with force and machines are wonderful at achieving this, whilst also allowing you to build ample muscular hypertrophy. But after building up some strength, it’s more beneficial to advance to incorporating more free weights and doing exercises in a standing position as much as possible. Free weights require your stabilizer muscles, or ancillary muscles, to come into play far more, while balancing and controlling the weights through the range of motion. Unlike machines, where the weights are balanced for you, and only force is needed to move the weight. When ancillary muscles are used, it helps with overall proprioception/balance. With improved balance and increased strength, there is less likelihood of falls. And in the event of a fall, with increased bone density from the weight training, there is less chance of breaking a bone.
Concerning seniors, grown-ups 65 and more seasoned, weighting training assists with bone density issues, as well as expands muscle quality also, in this way enhancing scope of movement and parity, furnishing them with a more secure and higher personal satisfaction. Like clockwork, a senior has a fall. At regular intervals somebody in this age group kick the bucket as an immediate aftereffect of their injuries brought on by a fall. Falls are the main source of harm related deaths. If they don’t die, typically they age faster and become dependent on family or caregivers, unless they change their course of action.
In one year alone more than 1.8 million individuals 65 years or more were treated in emergency rooms, 20-30% of seniors who fall endure moderate to serious injury; wounds, hip breaks and other trauma. Quite a bit of this could have been avoided with increased senior physical conditioning through weight training and other exercise. Exercise and nutrition are so vital to remaining strong and healthy as we age.