From what I know of biology as a rule of thumb: the bigger the muscles, the greater the bone density.
Your skeleton responds to the amount of pressure you put it under, if it is used to heavy loads - bones can adapt and become more dense to compensate. In essence - you will have a stronger skeleton. This why we can get these weight-lifters that can lift a small house.
So, by definition the opposite is also possible. The less we exercise: the thinner our bones can become. Our body responds to the workload placed on it. Hence, why exercise is key if you want to avoid being a hunch-back when you're old.
You could argue that Solis losing muscle and potentially weakening his skeleton whilst putting on mass makes him more predisposed to injury and his body letting him down like it did.
Your skeleton responds to the amount of pressure you put it under, if it is used to heavy loads - bones can adapt and become more dense to compensate. In essence - you will have a stronger skeleton. This why we can get these weight-lifters that can lift a small house.
So, by definition the opposite is also possible. The less we exercise: the thinner our bones can become. Our body responds to the workload placed on it. Hence, why exercise is key if you want to avoid being a hunch-back when you're old.
You could argue that Solis losing muscle and potentially weakening his skeleton whilst putting on mass makes him more predisposed to injury and his body letting him down like it did.
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