Titlebook: Connective Tissues; Biochemistry and Pat Reinhard Fricke,Fritz Hartmann Book 1974 Springer-Verlag Berlin · Heidelberg 1974 Tissues.biochemi

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https://doi.org/10.1007/978-3-642-61932-8Tissues; biochemistry; chemistry; diseases; inflammation; metabolism; physiology; tissue

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Ischemia and Anginal Syndromes,ysaccharide constituents have been characterized as proteoglycans containing chains of chondroitin-4-sulfate, chondroitin-6-sulfate and keratan sulfate covalently linked to a central protein core (see Muir, 1969). Early analyses of proteoglycan preparations from various cartilages showed that the re

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,Wells, ,, and Lewis’s Ransom Trilogy,oglycan molecule itself. Besides variations in the polysaccharide chain, there are also differently composed protein cores containing the same type of polysaccharide chain. As found by several investigators proteochondroitin sulfates and proteokeratan sulfates of different organs vary in amino acid

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https://doi.org/10.1007/978-1-349-20678-0nsport (Kraemer, 1971), contact inhibition (Abercrombie and Ambrose, 1962), histotypical recognition (Moscona, 1956), transplantation rejection (Sanderson et al., 1971), and antigen suppression (Apffel and Peters, 1970). Yet, there is little firm evidence implicating any particular glycoprotein of t

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The Novels of Leslie Charteris,onnective tissue (McCandless, 1965). In a working hypothesis McCandless postulated the structural characteristics of polysaccharides as polygalactans structure with no special configuration or degree of sulfation. On the other hand, it was proved by Meyer (1960) that the anionic groups of polysaccha

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