在病毒感染的反应中，老鼠的免疫系统通常会产生抗体，通过与病毒表面的蛋白质结合来破坏病毒。
In response to viral infection, the immune systems of mice typically produce antibodies that destroy the virus by binding to proteins on its surface.
与此同时，由于放置于表面的多肽类蛋白质碎片，聚丙烯延胡索酸酯与身体结合。
While this happens, the polypropylene fumarate becomes integrated with the body thanks to protein fragments called peptides placed on its surface.
研究者们接下来通过特异性结合细胞表面蛋白质的抗体将神经胶质瘤细胞分成不同的类型。
The researchers then sorted glioma cells into different types using antibodies that stick to specific proteins on a cell's surface.
这种被称为VIRIP（病毒抑制肽）的分子，结合到HIV病毒表面一种叫做gp41的道钉样蛋白质上。
The molecule, known as VIRIP (virus-inhibitory peptide), binds to a spiky protein on the surface of the HIV virus called gp41.
实验观察到微球与基片表面的结合力受到配基面密度的影响，说明发生结合的是多对而非单对蛋白质分子。
It was found that the adhesion force between the spheres and the chip surface was affected by the ligand surface concentration.
实验观察到微球与基片表面的结合力受到配基面密度的影响，说明发生结合的是多对而非单对蛋白质分子。
It was found that the adhesion force between the spheres and the chip surface was affected by the ligand surface concentration.
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