lipidated diet
脂質化飲食
lipidated cells
脂質化細胞
lipidated membrane
脂質化膜
lipidated foods
脂質化食物
lipidated blood
脂質化血液
lipidated plaque
脂質化斑塊
lipidated tissue
脂質化組織
lipidated particles
脂質化粒子
lipidated layer
脂質化層
lipidated surface
脂質化表面
lipidated proteins play crucial roles in cell membrane structure and function.
脂質化蛋白質在細胞膜結構和功能中發揮關鍵作用。
the lipidated compound showed significantly enhanced bioavailability compared to the unmodified version.
與未修飾的版本相比，脂質化化合物的生物利用度顯著提高。
researchers developed a lipidated peptide vaccine that stimulates strong immune responses.
研究人員開發了一種脂質化肽疫苗，可誘發強烈的免疫反應。
lipidation improves the membrane association and cellular uptake of therapeutic proteins.
脂質化可提高治療性蛋白質與膜的結合能力和細胞攝取。
the lipidated form of the drug has a longer half-life and sustained release profile.
該藥物的脂質化形式具有更長的半衰期和持續釋放特性。
lipidated lipopeptides are important immune modulators used in vaccine adjuvants.
脂質化脂肽是用於疫苗佐劑的重要免疫調節劑。
studies show that lipidated nanoparticles significantly improve drug delivery to target tissues.
研究表明，脂質化納米粒子顯著改善了藥物向目標組織的遞送。
the enzyme facilitates the lipidated modification of proteins through post-translational processing.
這種酶通過翻譯後處理促進蛋白質的脂質化修飾。
lipidated compounds can cross biological membranes more easily due to their hydrophobic nature.
由於其疏水性，脂質化化合物可以更容易穿透生物膜。
a lipidated version of the hormone was synthesized to enhance its stability in vivo.
為了提高其體內穩定性，合成了該激素的脂質化版本。
lipidated peptides are widely used in modern vaccine development strategies.
脂質化肽廣泛應用於現代疫苗開發策略中。
the lipidated drug demonstrated improved pharmacokinetics and enhanced therapeutic efficacy.
脂質化藥物表現出改進的藥代動力學和增強的治療效果。
lipidated diet
脂質化飲食
lipidated cells
脂質化細胞
lipidated membrane
脂質化膜
lipidated foods
脂質化食物
lipidated blood
脂質化血液
lipidated plaque
脂質化斑塊
lipidated tissue
脂質化組織
lipidated particles
脂質化粒子
lipidated layer
脂質化層
lipidated surface
脂質化表面
lipidated proteins play crucial roles in cell membrane structure and function.
脂質化蛋白質在細胞膜結構和功能中發揮關鍵作用。
the lipidated compound showed significantly enhanced bioavailability compared to the unmodified version.
與未修飾的版本相比，脂質化化合物的生物利用度顯著提高。
researchers developed a lipidated peptide vaccine that stimulates strong immune responses.
研究人員開發了一種脂質化肽疫苗，可誘發強烈的免疫反應。
lipidation improves the membrane association and cellular uptake of therapeutic proteins.
脂質化可提高治療性蛋白質與膜的結合能力和細胞攝取。
the lipidated form of the drug has a longer half-life and sustained release profile.
該藥物的脂質化形式具有更長的半衰期和持續釋放特性。
lipidated lipopeptides are important immune modulators used in vaccine adjuvants.
脂質化脂肽是用於疫苗佐劑的重要免疫調節劑。
studies show that lipidated nanoparticles significantly improve drug delivery to target tissues.
研究表明，脂質化納米粒子顯著改善了藥物向目標組織的遞送。
the enzyme facilitates the lipidated modification of proteins through post-translational processing.
這種酶通過翻譯後處理促進蛋白質的脂質化修飾。
lipidated compounds can cross biological membranes more easily due to their hydrophobic nature.
由於其疏水性，脂質化化合物可以更容易穿透生物膜。
a lipidated version of the hormone was synthesized to enhance its stability in vivo.
為了提高其體內穩定性，合成了該激素的脂質化版本。
lipidated peptides are widely used in modern vaccine development strategies.
脂質化肽廣泛應用於現代疫苗開發策略中。
the lipidated drug demonstrated improved pharmacokinetics and enhanced therapeutic efficacy.
脂質化藥物表現出改進的藥代動力學和增強的治療效果。
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