Titlebook: Biological and Synthetic Polymer Networks; O. Kramer Book 1988 Elsevier Applied Science Publishers Ltd 1988 Elastomer.Polyacrylamid.Polyme

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Normale Anatomie und Histologie,the structure of junction zones are discussed. The necessity of combining the common thermal methods with viscoelastic and light scattering techniques is emphasized, since each technique alone gives only a limited answer..In a second section, two examples of reversible networks with point-like netwo

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,Entwicklungsstörungen des Skeletts,o functional requirements, and it is commonly accepted that non-linear elastic properties arise from a composite of rubber-like protein reinforced by stiff fibres. It is possible, however, for protein rubbers to function as non-Gaussian networks and directly provide the non-linear elastic properties

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Stoffwechsel- und Speicherkrankheiten,les of remarkable stability. The reason for this stability is not yet fully understood. In co-operation with other laboratories, we have been able to obtain well-separated individual fractions which were studied with regard to their capability for micelle formation and the micelle structure. Studies

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,Parosteale und extraskelettale Läsionen,resented. To obtain information about the crosslinking mechanism involved in the gel formation, interactions of galactomannan and glycoside models with borate are studied by .B-NMR. Evidence of the existence of five-member ed and six-member ed ring mono-and di-complexes is given. The corresponding c

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Stoffwechsel- und Speicherkrankheiten,of molecular weight of amylose andamylopectin and certainly by the length of exterior chains of the branched amylopectin molecules. Methods applied for measurement of the physical properties are time dependence of the dynamic viscosity, shear modulus and relaxation. The thermal behaviour has been in

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,Entzündliche Gelenkerkrankungen, properties of cuticles vary according to the insect species and the body parts from which they are derived. This variability is mainly due to differences in the matrix proteins and in their secondary modifications (crosslinks). Recent progress is presented and discussed, showing that insects have b

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