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Titlebook: Antifreeze Proteins Volume 1; Environment, Systema Hans Ramløv,Dennis Steven Friis Book 2020 Springer Nature Switzerland AG 2020 antifreeze

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https://doi.org/10.1007/978-3-642-84502-4in freeze avoiding or freeze tolerating species, as well as the evolution and grouping of the antifreeze proteins. In the second volume, we delve into the functions and interactions of antifreeze proteins at the molecular level.
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Matthias Rief,Mathias Gautel,Hermann E. Gaubtwo major types of APs, the antifreeze glycoproteins (AFGPs) found in Antarctic notothenioid fishes and northern cod fishes (gadids) and three other structurally unique small antifreeze proteins (AFPs) in unrelated taxa. Although the APs differ in composition, size, and structure, on a molar basis a
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Springer Series in Solid-State Sciences protect freeze-avoiding organisms from lethal ice formation of their body fluids by lowering the freezing point of aqueous solutions by a non-colligative mechanism—binding to ice crystals and preventing their growth. This results in a difference between the freezing and melting points termed therma
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Springer Series in Solid-State Sciencesaks the breath of evolutionary ingenuity in converging on a similar life-preserving solution under extreme selective pressures from lethal, icy freezing marine conditions. Fish AF(G)Ps represent clear examples of a single adaptive genotype conferring a crucial fitness phenotype in a clear causal man
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Hans Ramløv,Dennis Steven FriisInforms about the evolution and systematics of antifreeze proteins.provides insight into the physical proprieties of AFPs.Presents together with Vol.2 the most comprehensive work on AFPs in general
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