Metabolic Bone Disease in Athletes

Area of Science:

• Sports Medicine
• Orthopedics
• Endocrinology

Background:

• Metabolic bone disease in athletes stems from complex nutritional, hormonal, and mechanical factors.
• Dysregulated bone turnover, hormonal imbalances, and microdamage contribute to impaired bone strength and density.
• Athletes face risks like decreased bone mineral density and fractures due to training and nutritional deficits.

Purpose of the Study:

• To review the pathophysiology, detection, and prevention of metabolic bone disease in athletes.
• To highlight the susceptibility of female athletes to osteoporosis and osteopenia (female athlete triad).
• To emphasize the importance of an integrated approach for maintaining skeletal health in athletes.

Main Methods:

• Review of literature on metabolic bone disease in athletic populations.
• Discussion of contributing factors including training load, nutrition (calcium, vitamin D), and hormonal status.
• Examination of diagnostic tools like MRI and DXA for early detection.

Main Results:

• Excessive training, inadequate recovery, and nutritional deficiencies disrupt bone remodeling.
• Female athletes with menstrual irregularities and energy deficits are at higher risk.
• Hormonal disturbances like hypogonadism affect both male and female athletes.

Conclusions:

• Early diagnosis through imaging and bone mineral density screening is crucial.
• Prevention involves nutritional optimization, balanced training, and hormonal regulation.
• An integrated approach combining diagnosis, lifestyle changes, and education is vital for athletes' skeletal health.