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首页> 外文期刊>Textile Chemist and Colorist & American Dyestuff Reporter >The Organic Ties between Biology and Textile Chemistry: Fungi, Enzymes, and Green Chemistry
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The Organic Ties between Biology and Textile Chemistry: Fungi, Enzymes, and Green Chemistry

机译：生物与纺织化学之间的有机纽带：真菌，酶和绿色化学

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Biological Ties to Textile Chemistry My courses in science, engineer-ing, and textiles at Auburn and The Institute of Textile Technology (ITT), and then in the chemistry program at Clemson, made me aware of the connections among disciplines, and whetted my appetite for broader understandings of what it meant to be seeking an education. In one of my polymer classes at Clemson, I wrote about the "protein machine" of Robert Merrifield, and the description of the discovery of the structure of DNA in The Double Helix by James Watson. Both of these men were Nobel Prize winners and though neither thought of themselves as polymer chemists, they in fact were just that. Merrifield was constructing proteins and Watson was elucidating the structure of the greatest polymer of them all, deoxyribonucleic acid, our ultimate "Morse Code" of organic existence.
机译：纺织品化学的生物学联系我在奥本和纺织技术学院（ITT）的科学，工程学和纺织品课程，然后在克莱姆森的化学课程中，使我意识到了学科之间的联系，并激发了我的食欲以便对寻求教育的含义有更广泛的了解。在克莱姆森的一门聚合物课上，我写了罗伯特·梅里菲尔德（Robert Merrifield）的“蛋白质机器”，以及詹姆斯·沃森（James Watson）在《双螺旋》中发现DNA结构的描述。这两个人都是诺贝尔奖的获得者，尽管他们都不认为自己是高分子化学家，但实际上他们就是那样。 Merrifield正在构建蛋白质，Watson正在阐明所有蛋白质中最大的聚合物，即脱氧核糖核酸，这是我们最终的有机存在的“摩尔斯密码”。

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    Ian R. Hardin;

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    Editor's Note: Due to length, this paper has been excerpted from the original work presented March 24, 2011 at the AATCC International Conference. 'The complete paper is online;

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