hydrophobicities vary
疏水性各异
measure hydrophobicities
测量疏水性
compare hydrophobicities
比较疏水性
hydrophobicities increase
疏水性增加
hydrophobicities decrease
疏水性降低
hydrophobicities affect
疏水性影响
the hydrophobicities
这些疏水性
analyze hydrophobicities
分析疏水性
hydrophobicities range
疏水性范围
hydrophobicities differ
疏水性不同
the researchers compared the hydrophobicities of different membrane proteins to understand their function.
研究人员比较了不同膜蛋白的疏水性，以了解其功能。
scientists measure the hydrophobicities of amino acids to predict protein folding patterns.
科学家测量氨基酸的疏水性，以预测蛋白质折叠模式。
the hydrophobicities of surfactant molecules determine their effectiveness in cleaning solutions.
表面活性剂分子的疏水性决定了它们在清洁剂中的有效性。
variations in surface hydrophobicities affect how cells interact with medical implants.
表面疏水性的变化会影响细胞与医疗植入物之间的相互作用。
engineers analyze the hydrophobicities of materials to design better water-repellent coatings.
工程师分析材料的疏水性，以设计更好的防水涂层。
the hydrophobicities of lipid bilayers influence membrane permeability and cell signaling.
脂质双分子层的疏水性影响膜通透性和细胞信号传导。
bioinformatics tools calculate protein hydrophobicities to identify potential drug binding sites.
生物信息学工具计算蛋白质疏水性，以识别潜在的药物结合位点。
differences in hydrophobicities between regions of a protein can indicate functional domains.
蛋白质区域之间的疏水性差异可能表明功能域。
the hydrophobicities of polymer chains affect their solubility in various solvents.
聚合物链的疏水性会影响它们在各种溶剂中的溶解度。
researchers mapped the hydrophobicities across the protein surface to understand aggregation behavior.
研究人员绘制了蛋白质表面的疏水性图，以了解聚集行为。
measuring the hydrophobicities of nanoparticles helps predict their behavior in biological systems.
测量纳米颗粒的疏水性有助于预测它们在生物系统中的行为。
the hydrophobicities of carbohydrate chains influence cell recognition processes.
碳水化合物链的疏水性影响细胞识别过程。
hydrophobicities vary
疏水性各异
measure hydrophobicities
测量疏水性
compare hydrophobicities
比较疏水性
hydrophobicities increase
疏水性增加
hydrophobicities decrease
疏水性降低
hydrophobicities affect
疏水性影响
the hydrophobicities
这些疏水性
analyze hydrophobicities
分析疏水性
hydrophobicities range
疏水性范围
hydrophobicities differ
疏水性不同
the researchers compared the hydrophobicities of different membrane proteins to understand their function.
研究人员比较了不同膜蛋白的疏水性，以了解其功能。
scientists measure the hydrophobicities of amino acids to predict protein folding patterns.
科学家测量氨基酸的疏水性，以预测蛋白质折叠模式。
the hydrophobicities of surfactant molecules determine their effectiveness in cleaning solutions.
表面活性剂分子的疏水性决定了它们在清洁剂中的有效性。
variations in surface hydrophobicities affect how cells interact with medical implants.
表面疏水性的变化会影响细胞与医疗植入物之间的相互作用。
engineers analyze the hydrophobicities of materials to design better water-repellent coatings.
工程师分析材料的疏水性，以设计更好的防水涂层。
the hydrophobicities of lipid bilayers influence membrane permeability and cell signaling.
脂质双分子层的疏水性影响膜通透性和细胞信号传导。
bioinformatics tools calculate protein hydrophobicities to identify potential drug binding sites.
生物信息学工具计算蛋白质疏水性，以识别潜在的药物结合位点。
differences in hydrophobicities between regions of a protein can indicate functional domains.
蛋白质区域之间的疏水性差异可能表明功能域。
the hydrophobicities of polymer chains affect their solubility in various solvents.
聚合物链的疏水性会影响它们在各种溶剂中的溶解度。
researchers mapped the hydrophobicities across the protein surface to understand aggregation behavior.
研究人员绘制了蛋白质表面的疏水性图，以了解聚集行为。
measuring the hydrophobicities of nanoparticles helps predict their behavior in biological systems.
测量纳米颗粒的疏水性有助于预测它们在生物系统中的行为。
the hydrophobicities of carbohydrate chains influence cell recognition processes.
碳水化合物链的疏水性影响细胞识别过程。
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