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[第聂伯河地区神经化学研究的组织与发展(20世纪60至80年代)]

[Organization and development of neurochemical research in the Dnepr area (the 60-80s)].

作者信息

Chernaia V I, Nazarenko V I

出版信息

Ukr Biokhim Zh (1978). 1996 Sep-Oct;68(5):116-9.

PMID:9229846
Abstract

The development of neurochemical investigations at the Institute of Biochemistry of the National Academy of Sciences of Ukraine initiated by Academician A. V. Palladin, has impelled specialists in some regions of the country to start research in this trend. The Department of Biophysics and Biochemistry of Dniepropetrovsk State University founded and headed by Professor O. D. Reva became one of such centres in the Dnieper area. The chief developments of scientific-research inventions were devoted to radiational neurochemistry, O. D. Reva should be accounted as a pioneer of the study of chemical composition and metabolism in functional and morphologically logically different sites of cats spinal cord lumbar enlargement. Thus, the significant statement, proposed by A. V. Palladin, was confirmed about the presence of biochemical differentiation in cerebrum besides the morphological and functional ones. While analysing the test data concerning the biochemical and biophysical indices of roentgen irradiation of cats in different terms and conditions an original scheme of radiation-biophysical and radiation-biochemical injury of spinal cord was proposed. Some tissue proteinases, as well as some neurospecific proteins in the norm and under the gamma-irradiation were selected and assayed. An immunoelectrophoretic technique for estimating glyolic fibrilar acid protein and cellular adhesion (N-CAM) in blood and surrounding fluid, as well as in human brain tumour was developed and a method of early prenatal diagnosis of embryo developmental disorders was proposed in order to prevent the birth of the underdeveloped infants.

摘要

乌克兰国家科学院生物化学研究所由院士A. V. 帕拉迪恩发起的神经化学研究发展,促使该国一些地区的专家开始了这一领域的研究。第聂伯罗彼得罗夫斯克国立大学的生物物理与生物化学系由O. D. 列瓦教授创立并领导,成为第聂伯河地区的此类研究中心之一。科研发明的主要进展集中在辐射神经化学方面,O. D. 列瓦应被视为研究猫脊髓腰膨大功能和形态逻辑不同部位化学成分及代谢的先驱。因此,A. V. 帕拉迪恩提出的关于大脑中除形态和功能差异外还存在生化差异的重要论断得到了证实。在分析不同条件和情况下猫X射线照射的生化和生物物理指标的测试数据时,提出了脊髓辐射生物物理和辐射生化损伤的原始方案。选择并测定了正常及γ射线照射下的一些组织蛋白酶以及一些神经特异性蛋白质。开发了一种免疫电泳技术,用于评估血液和周围液体以及人脑肿瘤中的糖蛋白纤维酸性蛋白和细胞黏附分子(N-CAM),并提出了一种早期产前诊断胚胎发育障碍的方法,以防止发育不全婴儿的出生。

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