四十年研究反思

A. Tu
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引用次数: 5

摘要

我的研究重点是蛇毒的研究和生物化合物的拉曼光谱应用。在蛇毒的研究中,重点是出血性毒素、响尾蛇毒液的肌坏死毒素和海蛇毒液的突触后神经毒素。采用生物化学、免疫学、电镜、生物物理、生理和病理等方法研究了这些毒素的结构-功能关系。分离了许多纯组分,并对其氨基酸序列和生化特性进行了研究。自1976年购买拉曼光谱仪以来,可以用拉曼光谱检测许多生物化合物。用拉曼散射法研究了多种蛋白质、肾结石、胆结石等的多肽主链构象和部分侧链微环境。拉曼光谱可以通过聚焦激光直接识别许多生物化合物,而无需使用湿化学分析。我非常幸运地获得了许多机构的大笔研究经费:国家卫生研究院、海军研究办公室、美国陆军、食品和药物管理局、科罗拉多州心脏协会等等。40年来共发放了550万份奖金。有了这笔资金支持,再加上许多学生和博士后的努力,我发表了260多篇原创论文。我很感谢所有这些帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reflections on 40 Years of Research
The focus of my research was snake venom research and application of Raman spectroscopy for the biological compounds. In snake venom research, the emphasis was on hemorrhagic toxins, myonecrotic toxins from rattlesnake venoms, and postsynaptic neurotoxins from sea snake venoms. Structure–function relationship of these toxins was pursued using different methods such as biochemical, immunological, electronmicroscopy, biophysical, physiological, and pathological techniques. Many pure components were isolated and their amino acid sequences and biochemical properties were studied. Since a Raman spectrometer was purchased in 1976, it was possible to examine many biological compounds by Raman spectroscopy. Peptide backbone conformation and some side chain microenvironment of many proteins, kidney stones, and gallstones, etc. were examined by Raman scattering method. Raman spectroscopy can identify many biological compounds directly by focusing laser light without using wet chemical analysis. I was extremely fortunate to receive large sums of research grants from many agencies: National Institutes of Health, Office of Naval Research, U. S. Army, Food and Drug Administration, Colorado Heart Association, and others. In total ∖5.5 million were awarded in 40 years. With this financial assistance and many students' and postdoctoral fellows' work, I was able to publish over 260 original papers. I am thankful for all of this assistance.
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