A text-book of dental histology and embryology, including laboratory directions . marrowspace. Osseous :V ~:7^y®§J7>~™r~ tissue. WWmft iSi *V) \ 1 ®(^K^ py-^ & Section through the lower jaw of an embryo sheep (decalcified with picric acid).At a and immediately below are seen the fibers of a primitive marrow cavity lyingclose together and engaged in the formation of the ground substance of the bone,while the cells of the marrow cavity, with their processes, arrange themselves oneither side of the newly formed lamella and functionate as osteoblasts. (Bohm,Davidoff, Huber.) (300 X) lay down bo
A text-book of dental histology and embryology, including laboratory directions . marrowspace. Osseous :V ~:7^y®§J7>~™r~ tissue. WWmft iSi *V) \ 1 ®(^K^ py-^ & Section through the lower jaw of an embryo sheep (decalcified with picric acid).At a and immediately below are seen the fibers of a primitive marrow cavity lyingclose together and engaged in the formation of the ground substance of the bone,while the cells of the marrow cavity, with their processes, arrange themselves oneither side of the newly formed lamella and functionate as osteoblasts. (Bohm,Davidoff, Huber.) (300 X) lay down bone lamellae (Fig. 207). These stretch out throughthe mesenchyme, forming a network of delicate spicules,until they surround Meckels cartilage, and grow up to the 260 BONE FORMATION AND GROWTH buccal and the lingual of the tooth germ. As soon as thisnetwork of bone lamellae containing embryonal connectivetissue, in its primary marrow spaces, begins to take ondefinite form, there is a specialization of the mesenchymesurrounding it, developing into fibrous tissue which b
Size: 1482px × 1686px
Photo credit: © The Reading Room / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: ., bookcentury1900, bookdecade1910, booksubjectteeth, bookyear1912
