Site-specific mineralized matrix formation by osteoblasts
F Bronner, MC Farach-Carson, JE Puzas - Bone Formation, 2004 - Springer
The scaffold upon which bone is synthesized is predominantly type I collagen. Although
minor collagens do exist in bone, such as types III, V and VI [38, 51, 67], their role in the …
minor collagens do exist in bone, such as types III, V and VI [38, 51, 67], their role in the …
Site-specific Mineralized Matrix Formation by Osteoblasts J. Edward Puzas
JE Puzas - Bone Formation, 2004 - books.google.com
The scaffold upon which bone is synthesized is predominantly type I collagen. Although
minor collagens do exist in bone, such as types III, V and VI [38, 51, 67], their role in the …
minor collagens do exist in bone, such as types III, V and VI [38, 51, 67], their role in the …
Site-specific Mineralized Matrix Formation by Osteoblasts
JE Puzas - Bone Formation - infona.pl
The scaffold upon which bone is synthesized is predominantly type I collagen. Although
minor collagens do exist in bone, such as types III, V and VI [38, 51, 67], their role in the …
minor collagens do exist in bone, such as types III, V and VI [38, 51, 67], their role in the …