用纳米构造模块自组装、分子对位与交联建构出大生物材料纤维的重要性。
The importance of self-assembly, molecular alignment, and cross-linking in the construction of macroscale biological material filaments from nano-scale building blocks.
基因是一种“DNA地图”，能够使生物体用一连串称为氨基酸的较简单构造块，构造出其生物体系和蛋白质分子。
Genes are the DNA blueprints that enable living organisms to construct their biological machinery, protein molecules, out of strings of simpler building blocks called amino acids.
操纵生物大分子以在纳米尺度上构造分子建筑，是当今分子操纵领域中很具吸引力的研究主题。
Manipulating biological macromolecules to form molecular patterns on nanometer scale is an interesting subject with wide prospects.
操纵生物大分子以在纳米尺度上构造分子建筑，是当今分子操纵领域中很具吸引力的研究主题。
Manipulating biological macromolecules to form molecular patterns on nanometer scale is an interesting subject with wide prospects.
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