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“生命是蛋白质存在的形式”。蛋白质分子所以有巨大的立体结构,氢键的存在就是原因之一。1973年,人们已成功地从电子显微镜中看到单个基因(具有特定的核苷酸顺序的DNA—脱氧核糖核酸的片段)在转录RNA以及转译成蛋白质过程中的作用。在DNA的结构中,包含形成一个双螺旋体的两个相互交织的多核酸链的细致互补结构,原因就是对链上每一对核苷酸分子来说,一个链上的嘧啶根与另一个链上的嘌呤根之间有氢键生成。经研究,差不多一切生物过程,
“Life is a form of protein.” Protein molecules so there is a huge three-dimensional structure, the existence of hydrogen bonds is one of the reasons. In 1973, it has been successfully observed from electron microscopy the role of single genes (fragments of DNA-deoxyribonucleic acids with specific nucleotide sequences) in the transcription of RNA and its translation into proteins. In the structure of DNA, a fine complementary structure comprising two intertwined polynucleic acid chains forming a double helix is obtained for each pair of nucleotide molecules in the chain, one of the pyrimidine groups of one chain and the other chain There are hydrogen bonds between the purine roots. After research, almost all biological processes,