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[低温及土壤过湿条件下萌发种子的维生素生物合成]

[Vitamin biosynthesis by germinating seeds at low temperature and in overmoistened soil].

作者信息

Salnikov A I

出版信息

Prikl Biokhim Mikrobiol. 1975 Nov-Dec;11(6):885-7.

PMID:1208429
Abstract

The distribution of farnesene and farnesene hydroperoxide in apples of different varieties was studied. The relationship between the content of these compounds and the pathological browning of the apple surface, scald was followed. It was shown that 1) farnesene and farnesene hydroperoxide were concentrated in the cuticle; 2) there was no distinct correlation between farnesene concentration and scald, 3) there was a direct correlation between the concentration of farnese hydroperoxide and scald development; 4) the factors that inhibited farnesene oxidation (antioxidants, low oxygen concentration, mineral oils--farnesene absorbers) slowed down the scald development during apple storage.

摘要

研究了不同品种苹果中法尼烯和氢过氧化法尼烯的分布情况。追踪了这些化合物的含量与苹果表面病理褐变——烫伤之间的关系。结果表明:1)法尼烯和氢过氧化法尼烯集中在角质层中;2)法尼烯浓度与烫伤之间没有明显的相关性;3)氢过氧化法尼烯的浓度与烫伤的发展呈直接相关;4)抑制法尼烯氧化的因素(抗氧化剂、低氧浓度、矿物油——法尼烯吸收剂)减缓了苹果贮藏期间烫伤的发展。

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