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This Concept Map, created with IHMC CmapTools, has information related to: Osteogenesis Imperfecta, Proline residues are hydroxylated to Hydroxyproline, Variety in genetic mutations encoding Procollagen, Post-translational modification apparatus results in Seven subtypes of the same disease, High tensile strength gives stability to Bones, Lysine residues are hydroxylated to Hydroxyproline, Variety in genetic mutations encoding Post-translational modification apparatus, Seven subtypes of the same disease characterized by short stature, Lysine residues are hydroxylated to Hydroxylysine, Fibrils which have High tensile strength, extreme bone fragility often misinterpreted as Child abuse, pro-alpha chains associate into Triple helix, Variety in genetic mutations encoding Proteases which cleave to Type I collagen, Seven subtypes of the same disease characterized by Respiratory failure, Type I Collagen forms Fibrils, Type I Procollagen undergoes Post-translational modification, Osteogenesis Imperfecta due to Variety in genetic mutations, Hydroxyproline within pro-alpha chains, Post-translational modification during which Lysine residues, Post-translational modification apparatus results in Autosomal Dominant Inheritance, Proteases which cleave to Type I collagen results in Seven subtypes of the same disease