基本信息
浏览量:68
职业迁徙
个人简介
During his 40-year career at Wayne State University in Detroit, Johnson's work took a number of twists but maintained a common theme.
He began with studying sulfur-based compounds and how he could use them to tailor-make starting materials and methods to build biologically active compounds. That was more than 200 research papers, seven books and some 200 doctorate and post-doctorate students ago.
In the last decade, said Johnson, researchers have learned that sugar molecules -- in addition to providing energy for humans and other organisms, as does glucose, and structural support, as does cellulose -- serve as "ID tags" on the surface of cells. Hormones use them to identify their target tissue, for example. But so do infectious organisms, like viruses.
He began with studying sulfur-based compounds and how he could use them to tailor-make starting materials and methods to build biologically active compounds. That was more than 200 research papers, seven books and some 200 doctorate and post-doctorate students ago.
In the last decade, said Johnson, researchers have learned that sugar molecules -- in addition to providing energy for humans and other organisms, as does glucose, and structural support, as does cellulose -- serve as "ID tags" on the surface of cells. Hormones use them to identify their target tissue, for example. But so do infectious organisms, like viruses.
研究兴趣
论文共 286 篇作者统计合作学者相似作者
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C. R. JOHNSON, J. P. ADAMS,S. J. BIS, R. L. DE JONG,A. GOLEBIOWSKI,J. R. MEDICH,T. D. PENNING, C. H. SENANAYAKE,D. H. STEENSMA,M. C. VAN ZANDT
ChemInformno. 8 (2010)
Carl R. Johnson, Michael W. Miller
ChemInformno. 10 (2010)
ChemInformno. 19 (2010)
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作者统计
#Papers: 285
#Citation: 14518
H-Index: 68
G-Index: 112
Sociability: 6
Diversity: 2
Activity: 0
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