Calcium and phosphorus disturbances in children

Area of Science:

• Pediatrics
• Nutritional Science
• Genetics

Background:

• Childhood calcium and phosphorus disturbances are linked to vitamin D deficiency rickets, neonatal tetany, and beta-homozygous thalassemia.
• Various factors including nutritional, epidemiological, and hereditary elements contribute to these conditions.

Purpose of the Study:

• To discuss calcium and phosphorus disturbances in pediatric patients.
• To illustrate factors contributing to rickets, neonatal tetany, and thalassemia.
• To highlight the importance of community health factors in preventive medicine.

Main Methods:

• Review of existing literature on pediatric mineral disturbances.
• Analysis of nutritional, epidemiological, and hereditary factors.
• Consideration of community cultural and social aspects.

Main Results:

• Identified vitamin D deficiency rickets, neonatal tetany, and beta-homozygous thalassemia as key conditions involving calcium and phosphorus imbalances.
• Highlighted the role of nutritional, epidemiological, and hereditary factors in disease development.
• Emphasized the importance of community culture and sociability for effective preventive strategies.

Conclusions:

• Preventive medicine for vitamin D deficiency rickets requires consideration of community-level factors.
• Therapeutic interventions involving phosphorus and vitamin D metabolites may benefit thalassemic children with bone and muscle issues.