Titlebook: Biomimetic Polymers; Charles G. Gebelein Book 1990 Plenum Press, New York 1990 Compound.Heparin.biopolymers.modeling.polymer.polymer chemi

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Polyphosphates Modeling Elements of Nucleic Acids Structure,rberger, are either oligonucleotides with some changes in sugar and/or bases (Jones) or are based on non-polyphosphate chains. The latter models contain elements of nucleosides bound to the vinyl chains (e.g. polyvinyladenine), polymethacrylates, as well as to the more hydrophilic chains like polyet

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Nucleic Acid Analogs: Their Specific Interaction and Applicability,ification reactions. The conformation of the polymers was studied by CD and ORD measurements. Further study about the polymer complex formation between complementary polymers revealed that the complexes were formed by specific base pairing between pendant bases, retaining their helical conformation

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Potential Medical Applications of Nucleic Acid Analog Polymers, base on a vinyl backbone, a poly(peptide) backbone or poly(methacrylate) backbones. The synthetic chemistry of these systems is reviewed and some potential medical and non-medical applications of these systems are discussed. The main thrust of this talk will, however, center on the potential applic

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Growth Rate Increase in Normal Wistar Rats Catalyzed by Insulin,mals. New approaches are being developed through advances in biotechnology, and analogs to pituitary growth hormones made by rDNA have been shown to enhance growth by daily injections at a dose of 2 mg/100kg body weight. Pancreatic insulin is also an anabolic hormone which can be readily formulated

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Nucleic Acid Analogs: Their Specific Interaction and Applicability,ification reactions. The conformation of the polymers was studied by CD and ORD measurements. Further study about the polymer complex formation between complementary polymers revealed that the complexes were formed by specific base pairing between pendant bases, retaining their helical conformation in the case of poly (amino acid) type polymers.

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