Genetic studies of collagen types XV and XVIII : type XV collagen deficiency in mice results in skeletal myopathy and cardiovascular defects, while the homologous endostatin precursor type XVIII collagen in needed for normal development of the eye
Genetic studies of collagen types XV and XVIII : type XV collagen deficiency in mice results in skeletal myopathy and cardiovascular defects, while the homologous endostatin precursor type XVIII collagen in needed for normal development of the eye
Genetic studies of collagen types XV and XVIII : type XV collagen deficiency in mice results in skeletal myopathy and cardiovascular defects, while the homologous endostatin precursor type XVIII collagen in needed for normal development of the eye
Genetic studies of collagen types XV and XVIII : type XV collagen deficiency in mice results in skeletal myopathy and cardiovascular defects, while the homologous endostatin precursor type XVIII collagen in needed for normal development of the eye
Genetic studies of collagen types XV and XVIII : type XV collagen deficiency in mice results in skeletal myopathy and cardiovascular defects, while the homologous endostatin precursor type XVIII collagen in needed for normal development of the eye
Genetic studies of collagen types XV and XVIII : type XV collagen deficiency in mice results in skeletal myopathy and cardiovascular defects, while the homologous endostatin precursor type XVIII collagen in needed for normal development of the eye