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A personal view from a long-lasting collaborator on the research strategies of Marshall Nirenberg

机译:长期合作者对马歇尔·尼伦伯格研究策略的个人看法

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In this review, I summarized transition in Dr. Marshall Nirenberg's research interests during 1970s, from a view of a long-lasting collaborator. Nirenberg switched his research filed to neurobiology after his success in deciphering genetic code and being honored with the Nobel Prize in Physiology or Medicine in 1968. His targets were to obtain genetically pure population of neurons, i.e. neuroblastoma clones, to make somatic hydrid cells, to culture neuronal and muscle cells, and to produce monoclonal antibodies against whole retinal or neuroblastoma cells. He studied neurotransmitters, receptors, cyclic nucleotides, cell differentiation, secretion, synapse formation, and chemical recognition. Especially he liked his hypothesis for opiate tolerance and dependency as a model of cellular memory. Through these studies, he seemed to devote all his time of about 50 years from 1960s to decoding brain memory processes.
机译:在这篇评论中,我从一个长期合作者的角度总结了马歇尔·尼伦伯格博士在1970年代的研究兴趣的转变。在成功破译遗传密码并于1968年获得诺贝尔生理学或医学奖后,Nirenberg将其研究领域转为神经生物学。他的目标是获得纯净的神经元群体,即成神经细胞瘤克隆,以制造体液细胞,培养神经元和肌肉细胞,并产生针对整个视网膜或成神经细胞瘤细胞的单克隆抗体。他研究了神经递质,受体,环状核苷酸,细胞分化,分泌,突触形成和化学识别。特别是他喜欢鸦片耐受性和依赖性作为细胞记忆模型的假设。通过这些研究,他似乎将自己从1960年代起大约50年的全部时间用于解码大脑记忆过程。

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