, Dresdenerstrasse 12, D-5090, Leverkusen 1, FRG.
Photosynth Res. 1990 Aug;25(2):77-82. doi: 10.1007/BF00035456.
An autobiographic report of studies on the elucidation of the structure of the chloroplast is presented here. It deals with the discovery of the lamellar structure of chloroplasts by polarization-microscopy, the representation of their layer-like structure with the ultraviolet microscope and the results obtained by the electron-microscope leading to the discovery of the structural elements of the lamellar system. These lamellar structures were in the form of vesicles, and were named thylakoids. Isolation of the chloroplasts made it possible to determine their chemical composition. Amphiphilic lipids, together with water, create bimolecular layers and, therefore, are responsible for the structure of the thylakoid-membranes. The role of membrane proteins was emphasized. The isolation of the individual polypeptides was possible after dissociation in sodium-dodecyl-sulfate. Antisera to these polypeptides were used to localize them in the membrane. These antisera are able to inhibit special steps in the electron transport. Our results of the spectroscopic examination of photosynthetic membrane components are also discussed.
这里呈现的是一份关于阐明叶绿体结构的研究自传报告。它涉及到通过偏光显微镜发现叶绿体的层状结构,用紫外显微镜表示它们的层状结构,以及通过电子显微镜获得的导致发现层状系统结构元素的结果。这些层状结构呈小泡状,被命名为类囊体。叶绿体的分离使得确定其化学成分成为可能。亲脂性脂质与水一起形成双分子层,因此负责类囊体膜的结构。强调了膜蛋白的作用。在十二烷基硫酸钠解离后,可以分离出单个多肽。针对这些多肽的抗血清被用于在膜中定位它们。这些抗血清能够抑制电子传递中的特殊步骤。我们还讨论了光合膜成分的光谱检查结果。