Side Effects of Fosamax
Osteoporosis is a condition that affects thousands of people. While it is most common in women past middle age, it can occur in anyone, including men and younger people.
Essentially, osteoporosis is a condition affecting the density of bones. As living tissue, bone is a network of hard calcium-based structures interweaved with soft, blood bearing tissue. The ratio of hard tissue to soft tissue is variable, and depends on a variety of conditions. If bone were completely hard structures, they would be more resistant to breaking, but would heal much slower if breakage did occur. If only soft tissue, they would be unable to function as support structures and levers for muscles.
The ratio of hard tissue to soft tissue is dependent on a wide range of factors including diet, age, genes, and exercise. Bones have a multipurpose role for the body. Soft tissue manufactures blood, and the hard tissue both supports the body and stores calcium for later use. If the body has an emergency need for calcium, it will "thin out" bone a little by breaking it down and using the calcium elsewhere. In a healthy, young person this might not be noticeable for a while, but can be dangerous if bone calcium is already on the low side.
Age and genes are another factor. People over 30 years of age tend to slowly lose bone density and some people simply lose bone mass faster than others. These two factors are something to be aware of, but are not controllable by the individual.
Exercise is a mixed bag. High impact exercise, such as running, martial arts, or weight training stresses the bones. As the old adage says, whatever does not kill you makes you stronger, and the body is probably the best example of this. The body tends to adapt to stress, and high impact activities induce the bones to build up resistance to the impact. Professional athletes tend to have much stronger bones than the average person, for this very reason. While high impact exercise tends to strengthen bones, the inherent stress it puts on them while doing so can break bones that are not already strong enough. This means that there is a point of no return of sorts, beyond which it can be very difficult to safely increase bone density.
Once density has dropped below a certain level, medication seems to be the only choice. Drugs such as Fosamax work by inhibiting the process by which bones naturally break down calcium deposits, resulting in a net increase in bone density. While this has been successful for many people, others have not had such success. In some cases side effects have been severe enough that some patients have urged Fosamax class action. While a Fosamax class action lawsuit seems severe, side effects have made it appropriate in a few cases.
Essentially, osteoporosis is a condition affecting the density of bones. As living tissue, bone is a network of hard calcium-based structures interweaved with soft, blood bearing tissue. The ratio of hard tissue to soft tissue is variable, and depends on a variety of conditions. If bone were completely hard structures, they would be more resistant to breaking, but would heal much slower if breakage did occur. If only soft tissue, they would be unable to function as support structures and levers for muscles.
The ratio of hard tissue to soft tissue is dependent on a wide range of factors including diet, age, genes, and exercise. Bones have a multipurpose role for the body. Soft tissue manufactures blood, and the hard tissue both supports the body and stores calcium for later use. If the body has an emergency need for calcium, it will "thin out" bone a little by breaking it down and using the calcium elsewhere. In a healthy, young person this might not be noticeable for a while, but can be dangerous if bone calcium is already on the low side.
Age and genes are another factor. People over 30 years of age tend to slowly lose bone density and some people simply lose bone mass faster than others. These two factors are something to be aware of, but are not controllable by the individual.
Exercise is a mixed bag. High impact exercise, such as running, martial arts, or weight training stresses the bones. As the old adage says, whatever does not kill you makes you stronger, and the body is probably the best example of this. The body tends to adapt to stress, and high impact activities induce the bones to build up resistance to the impact. Professional athletes tend to have much stronger bones than the average person, for this very reason. While high impact exercise tends to strengthen bones, the inherent stress it puts on them while doing so can break bones that are not already strong enough. This means that there is a point of no return of sorts, beyond which it can be very difficult to safely increase bone density.
Once density has dropped below a certain level, medication seems to be the only choice. Drugs such as Fosamax work by inhibiting the process by which bones naturally break down calcium deposits, resulting in a net increase in bone density. While this has been successful for many people, others have not had such success. In some cases side effects have been severe enough that some patients have urged Fosamax class action. While a Fosamax class action lawsuit seems severe, side effects have made it appropriate in a few cases.
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