lipocalin family
脂蛋白家族
lipocalin proteins
脂蛋白
lipocalin structure
脂蛋白结构
lipocalin function
脂蛋白功能
lipocalin genes
脂蛋白基因
lipocalin binding
脂蛋白结合
lipocalin expression
脂蛋白表达
lipocalin ligands
脂蛋白配体
lipocalin deficiency
脂蛋白缺乏
human lipocalins
人类脂蛋白
lipocalins are a family of extracellular transport proteins that bind small hydrophobic molecules.
脂质蛋白是一类结合小分子疏水物质的细胞外转运蛋白家族。
the lipocalin protein family is evolutionarily conserved across many species.
脂质蛋白家族在许多物种中具有进化保守性。
lipocalins contain a characteristic beta-barrel structure that forms a hydrophobic pocket.
脂质蛋白含有特征性的β桶结构，形成疏水腔。
human lipocalins play important roles in transporting vitamins and hormones.
人类脂质蛋白在运输维生素和激素方面发挥重要作用。
some lipocalins function as allergen proteins in the immune response.
一些脂质蛋白在免疫反应中作为过敏原蛋白发挥作用。
lipocalins in tear fluid help protect the ocular surface.
泪液中的脂质蛋白有助于保护眼表。
the lipocalin gene family has expanded through gene duplication events.
脂质蛋白基因家族通过基因重复事件得以扩展。
bacterial lipocalins are involved in iron acquisition and transport.
细菌脂质蛋白参与铁的获取和运输。
lipocalins can be engineered for targeted drug delivery applications.
脂质蛋白可被改造用于靶向药物递送应用。
the ligand binding specificity of lipocalins makes them valuable in biotechnology.
脂质蛋白的配体结合特异性使其在生物技术中具有重要价值。
salivary lipocalins contribute to oral health and defense mechanisms.
唾液脂质蛋白有助于口腔健康和防御机制。
pheromone-binding lipocalins are essential for chemical communication in many organisms.
信息素结合脂质蛋白对许多生物的化学通讯至关重要。
mutations in lipocalin genes can lead to various diseases.
脂质蛋白基因突变可能导致各种疾病。
lipocalins represent a versatile scaffold for protein engineering.
脂质蛋白为蛋白质工程提供了多功能支架。
structural analysis of lipocalins reveals conserved amino acid residues critical for function.
脂质蛋白的结构分析揭示了对其功能至关保守的氨基酸残基。
lipocalin family
脂蛋白家族
lipocalin proteins
脂蛋白
lipocalin structure
脂蛋白结构
lipocalin function
脂蛋白功能
lipocalin genes
脂蛋白基因
lipocalin binding
脂蛋白结合
lipocalin expression
脂蛋白表达
lipocalin ligands
脂蛋白配体
lipocalin deficiency
脂蛋白缺乏
human lipocalins
人类脂蛋白
lipocalins are a family of extracellular transport proteins that bind small hydrophobic molecules.
脂质蛋白是一类结合小分子疏水物质的细胞外转运蛋白家族。
the lipocalin protein family is evolutionarily conserved across many species.
脂质蛋白家族在许多物种中具有进化保守性。
lipocalins contain a characteristic beta-barrel structure that forms a hydrophobic pocket.
脂质蛋白含有特征性的β桶结构，形成疏水腔。
human lipocalins play important roles in transporting vitamins and hormones.
人类脂质蛋白在运输维生素和激素方面发挥重要作用。
some lipocalins function as allergen proteins in the immune response.
一些脂质蛋白在免疫反应中作为过敏原蛋白发挥作用。
lipocalins in tear fluid help protect the ocular surface.
泪液中的脂质蛋白有助于保护眼表。
the lipocalin gene family has expanded through gene duplication events.
脂质蛋白基因家族通过基因重复事件得以扩展。
bacterial lipocalins are involved in iron acquisition and transport.
细菌脂质蛋白参与铁的获取和运输。
lipocalins can be engineered for targeted drug delivery applications.
脂质蛋白可被改造用于靶向药物递送应用。
the ligand binding specificity of lipocalins makes them valuable in biotechnology.
脂质蛋白的配体结合特异性使其在生物技术中具有重要价值。
salivary lipocalins contribute to oral health and defense mechanisms.
唾液脂质蛋白有助于口腔健康和防御机制。
pheromone-binding lipocalins are essential for chemical communication in many organisms.
信息素结合脂质蛋白对许多生物的化学通讯至关重要。
mutations in lipocalin genes can lead to various diseases.
脂质蛋白基因突变可能导致各种疾病。
lipocalins represent a versatile scaffold for protein engineering.
脂质蛋白为蛋白质工程提供了多功能支架。
structural analysis of lipocalins reveals conserved amino acid residues critical for function.
脂质蛋白的结构分析揭示了对其功能至关保守的氨基酸残基。
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