Abstract

Osteoporosis is more common in women than in men. The prevalence in men is not defined yet; however it is becoming much more recognized as its prevalence and impact have become explicable. It is estimated that around 1% of bone mineral density is lost in men every year. Studies show that secondary osteoporosis is the major cause thus, making it important to define the disorders associated with male osteoporosis. Diabetes is a risk factor for bone fractures. In male patients with diabetes measures should be undertaken such as encouraging exercise, assuring adequate calcium and vitamin D intake, and treating diabetic complications.

Highlights

  • It is the most common cause in women, primary osteoporosis is less common in men, but it is a disease that is being more and more recognized

  • It was shown that diabetes was associated with reduced bone mineral content (BMC) and smaller bone cross-sectional size, with boys being more affected than girls with a mean deficit in BMC of all measured skeletal sites of >10% in boys and

  • In addition to a direct effect of insulin on osteoblast and osteoclast, insulin can indirectly act on the bone by decreasing sex-hormone binding globulin [54,55,56,57] leading to higher levels of free estrogen and testosterone, acting positively on the bone to increase BMD [58]

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Summary

Introduction

It is the most common cause in women, primary osteoporosis is less common in men, but it is a disease that is being more and more recognized. The definition of secondary osteoporosis is bone loss resulting from a specific, well-defined disease. Since this form of osteoporosis can respond to the treatment of the underlying disease, and with the presence of many treatment options available, it is imperative to recognize the disorders that are associated with male osteoporosis. More evidence is evolving about the association between diabetes and osteoporosis in both men and women. Both conditions affect a large proportion of men, it is very important to assess whether there is a causal relationship that might orient further screening and management of male osteoporosis. This association seems to be race, sex, and type dependent

Type 2 DM
Type 1 DM
Type 1 and Type 2 DM
Pathophysiology of Altered BMD in Diabetic Patients
Insulin and Insulin Growth Factors
Diabetic Complications
Bone Turnover and Bone Stiffness
Hormonal Imbalance
Findings
10. Conclusion

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