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Titlebook: Biological Calcification: Cellular and Molecular Aspects; Harald Schraer Book 1970 Meredith Corporation 1970 Archaea.Calcium.adaptation.bi

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發(fā)表于 2025-3-21 18:33:12 | 只看該作者 |倒序瀏覽 |閱讀模式
期刊全稱Biological Calcification: Cellular and Molecular Aspects
影響因子2023Harald Schraer
視頻videohttp://file.papertrans.cn/188/187315/187315.mp4
圖書封面Titlebook: Biological Calcification: Cellular and Molecular Aspects;  Harald Schraer Book 1970 Meredith Corporation 1970 Archaea.Calcium.adaptation.bi
影響因子The deposition of calcium-containing salts is a widespread phenomenon in both the plant and animal kingdoms. Its occurrence suggests a generalized biological adaptation to environments rich in calcium. Indeed, the Archaean ocean was rich in calcium carbonate, and traces of ancient organisms have been found in lime- stones estimated to be about 2. 7 billion years old. The fundamental nature of biological calcification makes it a subject of interest not only to the student of calcium metabolism and skeletal physiology, but also to biologists in general. As in many areas of biological science recent progress in this field has been rapid, and no attempt was made here to cover all the biological systems in which calcifica- tion is an important facet of the organisms‘ method of operation. Calcification is approached in this volume at the levels of the cellular sites and molecular mechan- isms that are involved in this process. The ultrastructural and chemical features of the cells and their products which are associated with calcification are empha- sized in several chapters. The editor, in inviting contributions from authors, in- tended that collectively the chapters should convey a sen
Pindex Book 1970
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Matrices that Calcify,Santanam, 1959; Bachra et al., 1959; Bachra and Sobel, 1959a; Glimcher et al., 1957; Glimcher, 1960) by a process called heterogeneous nucleation (Neuman and Neuman, 1958; Glimcher et al., 1961a; Taves, 1963). Since mineral is normally deposited extra-cellularly, these observations may help to expla
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Transport of Calcium Across Biological Membranes, an adequate supply of calcium ions within the “microvicinity” of the site of mineralization. To assure that this condition prevails, various transport and regulatory mechanisms have evolved as evidenced by information from both phylogenetic and ontogenic investigations. Included here are special me
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The Avian Shell Gland: A Study in Calcium Translocation,rusts. One avenue of information flows from a study of models from nature that have developed uniquely specialized systems for handling ionized or nonionized forms of the metal. A segment of the avian oviduct exemplifies such a natural model, and this chapter is an effort to codify and interpret cur
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https://doi.org/10.1007/978-1-4684-8485-4Archaea; Calcium; adaptation; biological; cell; cells; environment; iron; medicine; metabolism; molecular aspe
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978-1-4684-8487-8Meredith Corporation 1970
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