. Anatomie pratique du lapin : un manuel de laboratoire élémentaire dans l'anatomie des mammifères . Les lapins ; anatomie, comparatif. Anatomie du lapin. ;L'Ostal les cartilages des côtes, et d'une partie de la cloison nasale ; t est également trouvé unissant les os de la base du crâne. Dans l'embryon, lowever, il forme l'ensemble du squelette, à l'exception d'un petit )ortion qui, comme décrit ci-dessous, est formé d'os de membrane, n le cours du développement, sauf dans les cas indiqués, il est remplacé par du cartilage,e. L'os est un appareil compact, résistant, mais encore un peu de tissu élastique, possédant une grande partie - grand

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. Practical anatomy of the rabbit : an elementary laboratory textbook in mammalian anatomy . Rabbits; Anatomy, Comparative. Anatomy of the Rabbit. ;ostal cartilages of the ribs, and a portion of the nasal septum; t is also found uniting the basal bones of the skull. In the embryo, lowever, it forms the entire skeleton, with the exception of a small )ortion which, as described below, is formed of membrane bone, n the course of development, except in the situations indicated, he cartilage is replaced by bon, e. Bone is a compact, resistant, but yet somewhat elastic tissue, possessing much - greater strength than cartilage, and therefore forming a more perfect skeletal support. As indicated below, its appearance as a tissue differs somewhat according to its mode of formation. The more typical structure (intra- membranous bone) is illustrated in the accompanying figure (q) of a ground trans- verse section of the dried shaft of the femur. Its dry weight consfsts of about one-third animal matter and two-thirds mineral matter, the latter being chiefly calcium phosphate. The bone materials are deposited in layers or lamellae, which are comparable to highly modified white fibres of fibrous connective tissue. The lamellae enclose between them greatly branched spaces, the lacunae, in which in the natural condition the bone-cells are accommodated. On account of certain differences in development, the lamellae are disposed in different ways. Some are dis- posed concentrically around' longitudinal spaces, the Haversian canals, forming in this way the so-called Haversian systems. The canals are occupied in the natural con- dition by bloodvessels. Others of them, the interstitial lamellae, are disposed in a somewhat parallel fashion between the Haversian systems; while a third series, the circumferential lamellae, are disposed in a parallel fashion with respect to the periphery or the internal surface of the bone. In the natural condition the bone is enclosed except on it > artic

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