n.水疗法

The hydropathy index of the protein sequence indicates its tendency to be hydrophobic or hydrophilic.
蛋白质序列的水解度指数表明其倾向于疏水或亲水。
Hydrophobic residues usually cluster on the inside of a protein due to their lower hydropathy.
由于较低的水解度，疏水残基通常聚集在蛋白质的内部。
The hydropathy plot can predict the transmembrane regions of a protein.
水解度图可以预测蛋白质的跨膜区域。
In biochemistry, hydropathy plays a crucial role in protein folding and function.
在生物化学中，水解度在蛋白质折叠和功能中起着关键作用。
The hydropathy scale is used to classify amino acids according to their affinity for water.
水解度尺度用于根据氨基酸对水的亲和力进行分类。
Hydrophobic interactions, driven by hydropathy, are essential in lipid bilayer formation.
由水解度驱动的疏水相互作用对于脂质双层的形成至关重要。
A high hydropathy value suggests a region of the protein likely to be buried within the molecule.
较高的水解度值表明蛋白中可能被埋藏在分子内部的区域。
Hydropathy analysis helps in understanding how some proteins can selectively bind to water or other molecules.
水解度分析有助于理解某些蛋白质如何能选择性地结合水或其他分子。
The outer surface of a cell membrane has a higher hydropathy due to the presence of polar lipids.
细胞膜的外表面具有较高的水解度，因为存在极性脂质。
In designing synthetic peptides, considering hydropathy patterns can enhance their stability and function.
在设计合成肽时，考虑水解度模式可以增强它们的稳定性和功能。