Titlebook: Calcified Tissues 1965; Proceedings of the T H. Fleisch,H. J. J. Blackwood,M. Owen Conference proceedings 1966 Springer-Verlag Berlin Heide

高腳酒杯

機(jī)制

Some Remarks and Questions on Metabolic Patterns in the Family of Bone Cellsncerns the way in which the word family is used; the second point concerns the concept of metabolic pattern in . and the last point concerns the interconnection between some pure scientific and methodological questions in our special field.

繁榮地區(qū)

The Origin of Bone Cells in Endochondral Ossificationrtilage cells arrange themselves into cell columns; hypertrophic cartilage cells are formed; all kinds of bone cells appear, osteoblasts, osteocytes and osteoclasts; the adjacent connective tissue and bloodvessels also take an active part in the process by penetrating and invading the developing cartilage tissue.

愛好

Tracheotomy

Urinary Pyrophosphate in Disorders of Bone Metabolismd that pyrophosphate played an important role in bone formation and remodeling processes. The present study was undertaken to investigate urinary pyrophosphate excretion in patients with diseases characterized by accelerated rates of bone turnover. Concomitant measurements were also made of urinary hydroxyproline and total inorganic phosphorus.

高度表

The Two Faces of Resorptionin theresorption of bone” (. and ., 1963) or else that there is “much interesting controversy about the origin, the nature and the function of these cells” (. and ., 1961) and that “indeed, the process of bone resorption is not understood as thoroughly as we might wish” (. and ., 1961). “On the othe

Annotate

混合,攙雜

crumble

The Origin of Bone Cells in Endochondral Ossificationrtilage cells arrange themselves into cell columns; hypertrophic cartilage cells are formed; all kinds of bone cells appear, osteoblasts, osteocytes and osteoclasts; the adjacent connective tissue and bloodvessels also take an active part in the process by penetrating and invading the developing car

CROAK

RNA Synthesis in Growing Boneone surfaces. The system studied is the periosteal surface of the shaft of the femur of young actively growing rabbits aged about 2 weeks. A diagrammatic representation of this surface is shown in Fig. 1 a. The bone surface has characteristic loops typical of form ing haversian systems. Osteoblasts