Titlebook: Handbook of Biomaterial Properties; William Murphy,Jonathan Black,Garth Hastings Book 2016Latest edition Springer Science+Business Media N

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書(shū)目名稱Handbook of Biomaterial Properties影響因子(影響力)




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Instrumental

Insufficient

https://doi.org/10.1007/978-3-662-10552-8racheal tube rings, rib and costral cartilage, nasal septum and in the growth plates of long bones. As a bearing surface, this tough, resilient tissue displays exceptional mechanical and tribologic properties due exclusively to the unique interaction of the constituents of the tissue extracellular m

REP

核心

https://doi.org/10.1007/1-56898-644-0joint connecting bone to bone and bone to muscle, respectively. T/Ls are initially assembled from cross-linked tropocollagen molecules aggregated progressively into microfibrils, subfibrils, fibrils, and fibers (Fig. B3.1). Collagen fibers, which display a waviness or crimp pattern in an unloaded st

受辱

John Suppe,George T. Chou,Stephen C. Hookion and specimen preparation. Recent efforts have focused on methods which can determine properties in situ in living individuals or on very freshly excised tissues. Among the . testing methodologies, indentation has proven to be the most popular, although it sums up the contributions of various tis

Anthrp

modest

Oversee

Thuisloosheid bij jongeren en volwassenen the actual role of the lens in vision was properly understood much later. Truly scientific approaches to the lens measurements and properties began to be applied only in the nineteenth century [1]. For instance, a simple property—the weight of the human intraocular lens—was first reported in 1883 [

我要沮喪

Policy, Planning and Prognoses,tear fluid. The material presented here was gleaned from a variety of sources, with emphasis placed on the most recently published work, and includes physicochemical properties (Table C1.1), cellular compositions (Table C1.2), concentrations of inorganics (Table C1.3), organics (Table C1.4), and maj