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Nature of the Conversion of Ficus carica Variety Kadota Ficin Component D to Component C. Some Physicochemical Properties of Components C and D

机译:番荔枝变种Kadota Ficin组分D转化为组分C的性质。组分C和D的一些理化特性

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摘要

Component C can be formed from component D under the experimental conditions used during purification of Ficus carica variety Kadota latex. By use of the inhibitor, sodium p-chloromercuribenzoate, the 2 components have been purified to chromatographic homogeneity. The 2 components have identical molecular weights and amino acid composition. The only difference found between the 2 components is the presence of 3 to 6 more amide groups in component D than in component C. There also appears to be a conformational difference between the 2 since component C is not as acidic, with respect to component D, as would be expected from the comparative amide contents. Conformational differences between the 2 are also indicated by the chromatographic behavior of the 2 in the presence and absence of sodium-p-chloromercuribenzoate.
机译:组分C可以在Ficus Carica变种Kadota胶乳的纯化过程中使用的实验条件下由组分D形成。通过使用抑制剂对氯汞基苯甲酸钠,已将这两种组分纯化至色谱均一。这两种组分具有相同的分子量和氨基酸组成。在这两种组分之间发现的唯一区别是,组分D中的酰胺基比组分C中多了3至6个酰胺基。由于组分C对组分D的酸性不强,这两个组分之间也存在构象差异。如比较酰胺含量所预期的那样。在存在和不存在对氯mercuribenzoate钠的情况下,2的色谱行为也表明了2之间的构象差异。

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