ba0005p60 | Bone development/growth and fracture repair | ECTS2016
Bottini Massimo
, Yadav Manisha
, Bhattacharya Kunal
, Magrini Andrea
, Rosato Nicola
, Fadeel Bengt
, Farquharson Colin
, Luis Millan Jose
We used atomic force microscopy (AFM) to study the morphology and development of mineralization-competent matrix vesicles (MVs) secreted by chondrocytes isolated from WT and Phospho1−/− mice in order to validate the role of PHOSPHO1 in MV mineralization. All MVs appeared as flattened globular features either individually dispersed or connected to a mat-like structure. The mat-like structure very closely resembled type-X collagen that has been de...