The path to the discoveries of human retroviruses.

Journal of human virology Pub Date : 2000-01-01
R C Gallo
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Abstract

Paul Ehrlich, gifted with knowledge, vision, and the capacity to bring his discoveries to practice, shaped the destiny of many biomedical scientific disciplines, including immunology, chemotherapy, hematology, cytology, and cancer research. His perceptive concept of receptors and ligands binding together in highly specific reactions was introduced just over a century ago in 1898 and is both fundamental and central to present day biomedical research. His mother country, Germany, commemorates his seminal contributions to science and to human welfare with an annual prize for achievements in fields that are related to his work. The 1999 Paul Ehrlich and Ludwig Darmsteaedter Prize was awarded to Robert C. Gallo, M.D. for his achievements in the pursuit of cancer related viruses and the growth in culture of human T-cells which led to the discovery of the first human retroviruses and, as a direct consequence, the discovery of the Human Immunodeficiency Virus, the third known human retrovirus. Below, excerpted from his acceptance lecture, is a concise personal history of those discoveries.

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发现人类逆转录病毒的途径。
保罗·埃利希拥有丰富的知识、远见和将他的发现付诸实践的能力,他塑造了许多生物医学科学学科的命运,包括免疫学、化疗、血液学、细胞学和癌症研究。他关于受体和配体在高度特异性反应中结合在一起的感知概念是在一个多世纪前的1898年提出的,是当今生物医学研究的基础和核心。他的祖国德国每年都会设立一个奖项,以表彰他在科学和人类福祉方面的开创性贡献,表彰他在与其工作相关领域的成就。1999年Paul Ehrlich和Ludwig Darmsteaedter奖授予了医学博士Robert C. Gallo,以表彰他在癌症相关病毒的研究和人类t细胞培养中的生长方面的成就,这导致了第一个人类逆转录病毒的发现,并直接导致了人类免疫缺陷病毒的发现,这是已知的第三个人类逆转录病毒。以下摘自他的获奖演讲,是他个人关于这些发现的简明历史。
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