Indication
Rickets
Rickets is a metabolic bone disease of growing infants and children caused by impaired mineralization of bone matrix and uncalcified growth plate cartilage. Read more about Rickets
112 drugs 69 manufacturers
Drugs that treat it
Common Rickets therapies.
CHOLECALCIFEROL (VITAMIN D3)
VITAMIN D2 (ergocalciferol (vitamin D2))
ERGOCALCIFEROL (VITAMIN D2)
CHOLECALCIFEROL (VITAMIN D3)
REPLESTA NX (cholecalciferol (vitamin D3))
CHILDREN'S REPLESTA (cholecalciferol (vitamin D3))
VITAMIN D3 (cholecalciferol (vitamin D3))
D-2000 (cholecalciferol (vitamin D3))
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Coming soonRickets is a metabolic bone disease of growing infants and children caused by impaired mineralization of bone matrix and uncalcified growth plate cartilage.
Pathophysiologically, it stems from systemic disruptions in calcium, phosphate, or vitamin D homeostasis—most commonly due to nutritional deficiencies, though genetic and renal wasting disorders can also be responsible.
This impaired mineralization leads to characteristic skeletal softening and widening of the epiphyseal growth plates.
Hallmark clinical features include bone pain, delayed motor milestones, widening of the wrists and ankles, rachitic rosary, frontal bossing, and progressive lower-extremity bowing deformities under weight-bearing stress.
- nih.gov
Rickets is a metabolic bone disease of growing infants and children caused by impaired mineralization of bone matrix and uncalcified growth plate cartilage This impaired mineralization leads to characteristic skeletal softening and widening of the epiphyseal growth plates
- nih.gov
Rickets is a metabolic bone disease of growing infants and children caused by impaired mineralization of bone matrix and uncalcified growth plate cartilage
- nih.gov
Pathophysiologically, it stems from systemic disruptions in calcium, phosphate, or vitamin D homeostasis—most commonly due to nutritional deficiencies, though genetic and renal wasting disorders can also be responsible Hallmark clinical features include bone pain, delayed motor milestones, widening of the wrists and ankles, rachitic rosary, frontal bossing, and progressive lower-extremity bowing deformities under weight-bearing stress
- nih.gov
Pathophysiologically, it stems from systemic disruptions in calcium, phosphate, or vitamin D homeostasis—most commonly due to nutritional deficiencies, though genetic and renal wasting disorders can also be responsible Hallmark clinical features include bone pain, delayed motor milestones, widening of the wrists and ankles, rachitic rosary, frontal bossing, and progressive lower-extremity bowing deformities under weight-bearing stress
- medlineplus.gov
This impaired mineralization leads to characteristic skeletal softening and widening of the epiphyseal growth plates
- nih.gov
Hallmark clinical features include bone pain, delayed motor milestones, widening of the wrists and ankles, rachitic rosary, frontal bossing, and progressive lower-extremity bowing deformities under weight-bearing stress
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