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单个肾上腺细胞中线粒体细胞色素P - 450的显微分光光度测定法。

Microspectrophotometry of mitochondrial cytochrome P-450 in single adrenal cells.

作者信息

Rappay G, Bácsy E, Stark E

出版信息

Histochem J. 1976 May;8(3):283-90. doi: 10.1007/BF01003817.

Abstract

The cytochrome P-450 is known to be a key enzymic component in steroid hydroxylation. Biochemically it is localized in adrenal cells, both in the mitochondrial and in the microsomal fractions. Owing to its characteristic light absorptivity, attempts were made at its localization and measurement in a microspectrophotometric system. Specific difference spectra were obtained in the cytoplasm of some cells from an adrenal cell suspension before and after saturation with carbon monoxide. Scanning at 450 nm showed slender absorption maxima after CO saturation randomyl distributed in the cytoplasm. These may be attributed to mitochondria or larger cytoplasmic functional units including mitochondria.

摘要

细胞色素P - 450是类固醇羟化反应中的关键酶成分。在生化层面,它定位于肾上腺细胞的线粒体和微粒体部分。由于其独特的光吸收特性,人们尝试在显微分光光度系统中对其进行定位和测量。在用一氧化碳饱和处理前后,从肾上腺细胞悬液中获取了一些细胞胞质内的特异性差异光谱。在450纳米处扫描显示,一氧化碳饱和处理后出现细长的吸收峰,随机分布于胞质中。这些可能归因于线粒体或包含线粒体的更大的胞质功能单位。

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