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Etiology of rickets in Egyptian children
Insights
Children with rickets were significantly smaller than controls. Low body weight, maternal vitamin D, and calcium intake are key factors contributing to childhood rickets.
Area of Science:
- Pediatrics
- Nutritional Science
- Radiology
Background:
- Rickets is a significant pediatric skeletal disorder.
- Growth stunting is a common clinical manifestation in children with rickets.
- Early identification and understanding of contributing factors are crucial for effective management.
Purpose of the Study:
- To investigate factors associated with rickets in children attending Cairo Children's Hospital.
- To identify clinical and biochemical indicators of rickets.
- To assess predisposing factors in rachitic children compared to controls.
Main Methods:
- Clinical assessment of children attending the Outpatients Department.
- Confirmation of rickets diagnosis using X-ray and plasma biochemistry in 54 children.
- Comparison of nutrient intake and environmental factors between rachitic children and age-matched controls.
Main Results:
- Children with rickets were significantly smaller than control subjects.
- Enlarged epiphysis of the wrist and ankles were the best indicators of rickets.
- No significant differences in nutrient intake or environment were found, though intakes of energy, calcium, and vitamin D were below recommended allowances.
Conclusions:
- Low body weight, low maternal vitamin D status, and low calcium intake contribute to rickets development.
- These factors influence vitamin D utilization and metabolism.
- Further research into nutritional interventions and public health strategies is warranted.
Abstract:
Factors associated with the rickets found in children attending the Outpatients Department of Cairo Children's Hospital have been studied. All the children studied were small for their age with the rachitic children being significantly smaller than the controls. The clinical diagnosis of the disease was confirmed in 54 children by X-ray and plasma biochemistry. The best indicator of the disease was the enlarged epiphysis of the wrist and to a lesser extent that of the ankles. Some of the factors predisposing to rickets were assessed in the rachitic children and in age-matched controls. There was no difference in the nutrient intake of these two groups of children although intakes of energy, calcium and vitamin D, but not of protein, were lower than recommended dietary allowances. Although more of the rachitic children came from urban areas than the controls there were no significant differences in the environments to account for the occurrence of the disease. Factors contributing to the development of rickets are discussed with particular regard to aspects such as low body weight, low maternal vitamin D status and low calcium intakes which cause a high rate of utilization and metabolism of vitamin D.
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