A technique that allows the elucidation of the three-dimensional structure of proteins, DNA, or other biomolecules at atomic-level resolution.
阐述蛋白质、DNA或其它生物分子的原子水平的三维结构的技术。
To describe the world at atomic and subatomic scales, we need to turn to quantum mechanics, a theory that's fundamentally different from Einstein's.
为了描述在原子以及原子内部量级的世界，我们需要把视线引向量子力学。量子力学与爱因斯坦的理论有着本质上的不同。
Protein electron crystallography is now able to measure the three-dimensional structure of membrane proteins at atomic resolution.
蛋白质电子晶体学已能以原子分辨率解析膜蛋白三维结构。
An electron beam does not diffract at atomic scales, so it does not cause blurring of the edges of features.
由于电子束在原子尺度不会绕射，所以它不会使得图案细节的边缘模糊。
In general, only with a good understanding of the structure of the macromolecular complexes at atomic resolution level, can its function be better understood.
一般情况下，只有知道生物大分子的原子水平结构才能更好地了解其功能。
In general, only with a good understanding of the structure of the macromolecular complexes at atomic resolution level, can its function be better understood.
一般情况下，只有知道生物大分子的原子水平结构才能更好地了解其功能。
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