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首页> 外文期刊>Biotechnology Progress >Condensation Reaction between Angiotensin II and Dicarboxylic Acid in Water at High Temperature without Any Catalytic Agent Additive
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Condensation Reaction between Angiotensin II and Dicarboxylic Acid in Water at High Temperature without Any Catalytic Agent Additive

机译:不用任何催化剂助剂的情况下,血管紧张素II与二羧酸在高温下的缩合反应

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摘要

The condensation reaction of angiotensin II and tartaric acid in water at 100-140 °C proceeded without any added catalytic agent.One of the products,iV-CO-tartarylan-giotensin II,was confirmed by LC-MS,positive-ion MALDI-MS,and the fluorescamine method as a condensation product.The initial concentration of the substrates,temperatures,and initial pH affected the yield of the product.The higher concentrations and temperatures increased the concentration of the condensation product.The optimal pH for the condensation reaction was 3.0.The other C4 saturated dicarboxylic acids,malic and succinic acids,were also condensed by angiotensin II.
机译:血管紧张素II和酒石酸在100-140°C的水中进行的缩合反应无需添加任何催化剂即可进行。LC-MS证实了其中的一种产物iV-CO-酒石酸-血管紧张素II,正离子MALDI-质谱和氟胺方法作为缩合产物。底物的初始浓度,温度和初始pH值影响产物的收率。更高的浓度和温度增加了缩合产物的浓度。缩合反应的最佳pH为3.0。其他C4饱和二元羧酸,苹果酸和琥珀酸,也被血管紧张素II缩合。

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