deacylated product
脱酰化产物
being deacylated
正在脱酰化
deacylated compound
脱酰化化合物
fully deacylated
完全脱酰化
had deacylated
已脱酰化
subsequently deacylated
随后脱酰化
partially deacylated
部分脱酰化
deacylated form
脱酰化形式
they deacylated
他们脱酰化
the deacylated peptide showed increased biological activity.
脱酰化的肽显示出增强的生物活性。
we investigated the mechanism of deacylation in vivo.
我们研究了体内脱酰化机制。
the enzyme catalyzes the deacylation of fatty acids.
该酶催化脂肪酸的脱酰化。
deacylated proteins are often less susceptible to proteolysis.
脱酰化的蛋白质通常不太容易受到蛋白水解的影响。
the deacylation process is crucial for lipid signaling.
脱酰化过程对脂质信号至关重要。
we observed rapid deacylation following substrate binding.
我们观察到底物结合后迅速发生脱酰化。
the deacylated form exhibited altered membrane binding properties.
脱酰化的形式表现出改变的膜结合特性。
site-specific deacylation is a key regulatory mechanism.
位点特异性脱酰化是一种关键的调控机制。
the researchers focused on the deacylation of prenyl groups.
研究人员专注于普烯基的脱酰化。
deacylation events can influence protein localization.
脱酰化事件会影响蛋白质定位。
we used mass spectrometry to identify deacylated sites.
我们使用质谱法来鉴定脱酰化的位点。
the deacylated derivative demonstrated improved stability.
脱酰化的衍生物表现出更高的稳定性。
deacylated product
脱酰化产物
being deacylated
正在脱酰化
deacylated compound
脱酰化化合物
fully deacylated
完全脱酰化
had deacylated
已脱酰化
subsequently deacylated
随后脱酰化
partially deacylated
部分脱酰化
deacylated form
脱酰化形式
they deacylated
他们脱酰化
the deacylated peptide showed increased biological activity.
脱酰化的肽显示出增强的生物活性。
we investigated the mechanism of deacylation in vivo.
我们研究了体内脱酰化机制。
the enzyme catalyzes the deacylation of fatty acids.
该酶催化脂肪酸的脱酰化。
deacylated proteins are often less susceptible to proteolysis.
脱酰化的蛋白质通常不太容易受到蛋白水解的影响。
the deacylation process is crucial for lipid signaling.
脱酰化过程对脂质信号至关重要。
we observed rapid deacylation following substrate binding.
我们观察到底物结合后迅速发生脱酰化。
the deacylated form exhibited altered membrane binding properties.
脱酰化的形式表现出改变的膜结合特性。
site-specific deacylation is a key regulatory mechanism.
位点特异性脱酰化是一种关键的调控机制。
the researchers focused on the deacylation of prenyl groups.
研究人员专注于普烯基的脱酰化。
deacylation events can influence protein localization.
脱酰化事件会影响蛋白质定位。
we used mass spectrometry to identify deacylated sites.
我们使用质谱法来鉴定脱酰化的位点。
the deacylated derivative demonstrated improved stability.
脱酰化的衍生物表现出更高的稳定性。
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