Membranous and endochondral ossification processes are insufficient to describe all the aspects observed in the growing skeleton. The presence of chondroid tissue that we have identified by means of all modern histological techniques, including those able to detect the different types of collagen, has also to be explained. Present in the mandibular symphysis of either the human or cat fetuses, chondroid tissue has also been observed in the other parts of the mandible, in the sutural areas of the skull and in all the bones of both axial and appendicular skeleton. The differentiation of the mesenchyme into chondroid tissue could probably be related with mechanical forces exerted simultaneously in opposite directions or with a transient ischem...
We have used a rabbit leg-lengthening model for detailed studies of the histology of distraction ost...
application/pdfIt has been stated that BMP induces undifferentiated mesenchymal cells to become chon...
The initial calcification and the progression of the mineral phase depositing in cartilage and bone ...
Nearly impossible to evidence with classical paraffin sections, chondroid tissue is regularly absent...
Nearly impossible to evidence with classical paraffin sections, chondroid tissue is regularly absent...
The presence of a secondary cartilage in the mental symphyseal region was examined in this study. A ...
All work dealing witth bone growth in general is applicable to the mandible. Microscopic studies hav...
The calcified tissues involved in the early morphogenesis of the so-called intramembranous bones of ...
The development of the human mandible is proceeded by the formation of Meckel's Cartilage within th...
Endochondral ossification takes place with calcified cartilage cores providing a rigid scaffold for ...
SummaryMandibular condylar cartilage is the center of greatest growth in the craniofacial complex, a...
The chondrocyte maturation cycle and endochondral ossification were studied in human, fetal cartilag...
Early investigators reported gross observational findings on growth of the fetal skull. More recent ...
The flat bones of the prechordal skull are deposited by crest cells originating from the primordial ...
The authors describe three main kinds of craniofacial growth: endochondral, apositional and sutural....
We have used a rabbit leg-lengthening model for detailed studies of the histology of distraction ost...
application/pdfIt has been stated that BMP induces undifferentiated mesenchymal cells to become chon...
The initial calcification and the progression of the mineral phase depositing in cartilage and bone ...
Nearly impossible to evidence with classical paraffin sections, chondroid tissue is regularly absent...
Nearly impossible to evidence with classical paraffin sections, chondroid tissue is regularly absent...
The presence of a secondary cartilage in the mental symphyseal region was examined in this study. A ...
All work dealing witth bone growth in general is applicable to the mandible. Microscopic studies hav...
The calcified tissues involved in the early morphogenesis of the so-called intramembranous bones of ...
The development of the human mandible is proceeded by the formation of Meckel's Cartilage within th...
Endochondral ossification takes place with calcified cartilage cores providing a rigid scaffold for ...
SummaryMandibular condylar cartilage is the center of greatest growth in the craniofacial complex, a...
The chondrocyte maturation cycle and endochondral ossification were studied in human, fetal cartilag...
Early investigators reported gross observational findings on growth of the fetal skull. More recent ...
The flat bones of the prechordal skull are deposited by crest cells originating from the primordial ...
The authors describe three main kinds of craniofacial growth: endochondral, apositional and sutural....
We have used a rabbit leg-lengthening model for detailed studies of the histology of distraction ost...
application/pdfIt has been stated that BMP induces undifferentiated mesenchymal cells to become chon...
The initial calcification and the progression of the mineral phase depositing in cartilage and bone ...