thiolation process
硫醇化過程
detecting thiolation
檢測硫醇化
thiolation levels
硫醇化水平
increased thiolation
增加的硫醇化
thiolation study
硫醇化研究
thiolation site
硫醇化位點
thiolation mechanism
硫醇化機制
thiolation analysis
硫醇化分析
thiolation effects
硫醇化效果
measuring thiolation
測量硫醇化
the protein underwent rapid thiolation after exposure to the reducing agent.
蛋白質在接觸還原劑後迅速發生硫醇化。
thiolation of cysteine residues is crucial for enzyme activity in some cases.
在某些情況下，半胱氨酸殘基的硫醇化對酶活性至關重要。
we observed significant thiolation during the protein folding process.
我們在蛋白質摺疊過程中觀察到顯著的硫醇化現象。
the researchers investigated the role of thiolation in peptide aggregation.
研究人員調查了硫醇化在肽聚集中的作用。
thiolation can be used to modify protein surfaces for bioconjugation.
硫醇化可用於修飾蛋白質表面以進行生物偶聯。
the extent of thiolation was quantified using a thiol-specific dye.
使用一種專用於硫醇的染料來定量硫醇化的程度。
reversible thiolation provides a mechanism for redox regulation of proteins.
可逆的硫醇化為蛋白質的氧化還原調節提供了機制。
thiolation patterns differ between the wild-type and mutant protein.
野生型和突變型蛋白質的硫醇化模式有所不同。
site-specific thiolation was achieved using a targeted chemical modification.
通過針對性的化學修飾實現了位點特異性的硫醇化。
the impact of thiolation on protein stability was assessed experimentally.
實驗評估了硫醇化對蛋白質穩定性的影響。
we are studying the kinetics of thiolation under various conditions.
我們正在研究不同條件下硫醇化的動力學。
thiolation process
硫醇化過程
detecting thiolation
檢測硫醇化
thiolation levels
硫醇化水平
increased thiolation
增加的硫醇化
thiolation study
硫醇化研究
thiolation site
硫醇化位點
thiolation mechanism
硫醇化機制
thiolation analysis
硫醇化分析
thiolation effects
硫醇化效果
measuring thiolation
測量硫醇化
the protein underwent rapid thiolation after exposure to the reducing agent.
蛋白質在接觸還原劑後迅速發生硫醇化。
thiolation of cysteine residues is crucial for enzyme activity in some cases.
在某些情況下，半胱氨酸殘基的硫醇化對酶活性至關重要。
we observed significant thiolation during the protein folding process.
我們在蛋白質摺疊過程中觀察到顯著的硫醇化現象。
the researchers investigated the role of thiolation in peptide aggregation.
研究人員調查了硫醇化在肽聚集中的作用。
thiolation can be used to modify protein surfaces for bioconjugation.
硫醇化可用於修飾蛋白質表面以進行生物偶聯。
the extent of thiolation was quantified using a thiol-specific dye.
使用一種專用於硫醇的染料來定量硫醇化的程度。
reversible thiolation provides a mechanism for redox regulation of proteins.
可逆的硫醇化為蛋白質的氧化還原調節提供了機制。
thiolation patterns differ between the wild-type and mutant protein.
野生型和突變型蛋白質的硫醇化模式有所不同。
site-specific thiolation was achieved using a targeted chemical modification.
通過針對性的化學修飾實現了位點特異性的硫醇化。
the impact of thiolation on protein stability was assessed experimentally.
實驗評估了硫醇化對蛋白質穩定性的影響。
we are studying the kinetics of thiolation under various conditions.
我們正在研究不同條件下硫醇化的動力學。
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