大约十五年前,在医学研究协会的分子生物学实验室成立后不久(见本期《分子生物学的起源》一文),我曾会见过一位剑桥的读者,他仔细地遥想了未来一个世纪内应用分子生物学中的一些问题,并以此来访我的。下面就是这些问题: 化学工程 1.制造出一种酶,以加速N-丙醇对C_2的甲基化催化过程; 2.制定出异戊二烯——氯乙烯(2)的单聚体和乙烯(3)的一种规则排列的共聚物的催化合成模式,使之按1,2,3,1,12,3等顺序排列。农艺 1.豆科植物通常以右螺旋型式沿着它们的支架盘绕。这说明了遗传学上的转变,从而使原先的螺旋概念颠倒了过来。 2.Walrus写道——这时代业已到来, About fifteen years ago, shortly after the establishment of the Institute for Molecular Biology of the Medical Research Association (see “The Origin of Molecular Biology” in this issue), I had met a Cambridge reader who carefully looked into the future one I used some of the problems in molecular biology in this century. Here are these questions: Chemical Engineering 1. Create an enzyme that accelerates the methylation of C 2 over N-propanol; 2. Develop a monomer for isoprene-vinyl chloride (2) and Ethylene (3) a regular array of catalytic synthesis mode, so that the order 1,2,3,1,12,3 and so on. Agronomy 1. Legumes are usually coiled along their brackets in the right spiral pattern. This explains the genetic shift, reversing the original spiral concept. 2.Walrus wrote - this time has come,