The metal ions and its coordination environment are generally the active center of the biological molecules , so the study on the metal ions and their micro - environment is of great significance 金属离子及其配位环境往往就是生物分子的活性中心，因而对金属离子及其微环境的研究具有重要意义。
Recently , there have been some significant advances in this direction , a fast and simple method is still not available for accurate prediction of experimental observation 近年来，用计算机模拟方法对包括水化作用在内的生物分子静电效应的研究取得了一些进展，但是仍缺少相对快速且有效的预测方法。
Investigating the interaction mechanism of metal or metal complex with biomolecule , such as dna , protein and amino acid , provides a starting point for the diagnosis of metal - induced human disease 金属及其配合物与dna 、蛋白质、氨基酸等生物分子的作用机理研究，是诊断和治疗由金属引起的疾病的重要环节。
In this review , research progress in the past ten year in interaction mechanism of metal complex with biomolecule has been described and the new research methods and breakthrough have been summaried 本文对近十年来金属及其配合物与生物分子相互作用机理的研究进展进行了综述，并提出了该研究领域的新动向。
Investigating the interaction mechanism of metal or metal complex with biomolecule , such as dna , protein and amino acid , provides a starting point for the diagnosis of metal - induced human disease 摘要金属及其配合物与dna 、蛋白质、氨基酸等生物分子的作用机理研究，是诊断和治疗由金属引起的疾病的重要环节。
And yet from a computational standpoint , our automaton still seemed like a self - propelled scooter compared with the rolls - royce of computers on which we had set our sights : the biomolecular turing machine 然而从计算的观点来看，我们的自动机就像人力推进的滑板车一样，而我们的目标，是建造劳斯莱斯级的生物分子涂林机器。
The technology of gene chip is a new technology with the development of life sciences and information technology and has become an efficient method of finding the information of biology molecule 基因芯片技术是凝结了生命科学与信息科学这两大学科研究成果的一项崭新技术，已成为大规模提取和探索生物分子信息的强有力手段。
In essence , the computational operations of such a turing machine would translate into biomolecular terms as one “ recognition , ” two “ cleavages , ” two “ ligations , ” and a move to the left or right 如果将涂林计算器运作的语言套用在生物分子上的话，将会是一个辨识步骤、两个切割步骤、两个接合步骤，然后向左或向右移动一格。
After all , even the most complicated creature is made up of tiny cells , which themselves are constructed of nanoscale building blocks : proteins , lipids , nucleic acids and other complex biological molecules 再怎麽说，就算最复杂的生物也是由微小的细胞所构成；细胞本身就是由奈米尺度的建材所组成，像是蛋白质、脂质、核酸及其他的复杂生物分子。
3 . using scanning tunnel microscopy ( stm ) to observe microcosmic change between biomolecule and gold particle on the surface of lsaw biosensor during the process of probe immobilization and hybridization , also the naked gold membrane 3 .利用扫描隧道显微镜观察传感器裸金膜表面、探针固定、核酸杂交过程中生物分子与金颗粒之间的微观变化。
