Does Tris-HCl effectively participate in transamination during hemoglobin pyridoxylation?

Biomedica biochimica acta Pub Date : 1991-01-01
P Menu, C Geschier, C Vigneron, P Labrude
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Abstract

To test whether Tris is required for covalent binding of pyridoxal phosphate (PLP) to hemoglobin, we carried out the reaction in solutions of Tris homologues, carrying a blocked amine function. With the exception of Mono-Tris, these compounds permitted the synthesis of modified hemoglobins with acceptable spectral properties, P50 values, cooperativity and methemoglobin content, refuting Tris HCI participation during hemoglobin pyridoxylation.

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Tris-HCl是否有效参与血红蛋白吡哆基化过程中的转氨化?
为了测试磷酸吡啶多醛(PLP)与血红蛋白的共价结合是否需要Tris,我们在Tris同源物的溶液中进行了反应,这些溶液具有阻断胺功能。除了Mono-Tris外,这些化合物允许合成具有可接受的光谱特性、P50值、协同性和高铁血红蛋白含量的修饰血红蛋白,反驳了Tris在血红蛋白pyridoxylation过程中的HCI参与。
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