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从番茄中提取的线粒体脂类的物理性质。

Physical Properties of Mitochondrial Lipids from Lycopersicon hirsutum.

机构信息

Plant Growth Laboratory/Department of Agronomy and Range Science, University of California, Davis, California 95616.

出版信息

Plant Physiol. 1982 Aug;70(2):376-80. doi: 10.1104/pp.70.2.376.

Abstract

Mitochondrial lipids from Lycopersicon hirsutum undergo a broad thermal transition beginning well below 0 degrees C and ending at approximately 25 degrees C. Differential thermal analysis of mitochondrial lipids isolated from ecotypes of L. hirsutum that differ in chilling sensitivity indicates that these lipid preparations have physically similar properties. This was confirmed by electron-spin-resonance experiments, although this technique failed to detect the broad transition detected by differential thermal analysis. No quantitative differences were observed between the percentages of individual lipid classes (based on polar head group) or between the fatty acid compositions of mitochondrial lipids from the two ecotypes investigated. These results suggest that the observed differences between the responses of these ecotypes to prolonged exposure to 5 degrees C may not be related to differences between the physical properties of their mitochondrial lipids.

摘要

来自辣椒的线粒体脂质在 0 摄氏度以下开始经历广泛的热转变,结束于大约 25 摄氏度。对来自辣椒生态型的线粒体脂质的差示热分析表明,这些脂质制剂具有物理性质相似。这一点通过电子自旋共振实验得到了证实,尽管该技术未能检测到差示热分析中检测到的广泛转变。在两个生态型的线粒体脂质的各个脂质类别的百分比(基于极性头基团)或脂肪酸组成之间没有观察到定量差异。这些结果表明,观察到的这两个生态型对长时间暴露于 5 摄氏度的反应之间的差异可能与它们的线粒体脂质的物理性质差异无关。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/8b40/1067153/c2b94dc3623e/plntphys00551-0059-a.jpg

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