phosphohydrolase activity
磷酸水解酶活性
phosphohydrolase inhibition
磷酸水解酶抑制
measuring phosphohydrolase
测量磷酸水解酶
phosphohydrolase levels
磷酸水解酶水平
phosphohydrolase enzyme
磷酸水解酶
phosphohydrolase function
磷酸水解酶功能
phosphohydrolases regulate
磷酸水解酶调节
phosphohydrolase pathway
磷酸水解酶途径
phosphohydrolase expression
磷酸水解酶表达
regulating phosphohydrolase
调节磷酸水解酶
the research team investigated the role of phosphohydrolase in cellular signaling pathways.
研究团队调查了磷酸水解酶在细胞信号通路中的作用。
mutations in the phosphohydrolase gene can lead to developmental disorders.
磷酸水解酶基因的突变可能导致发育障碍。
phosphohydrolase activity is crucial for regulating phosphate metabolism.
磷酸水解酶的活性对于调节磷酸代谢至关重要。
we analyzed the effects of various inhibitors on phosphohydrolase function.
我们分析了各种抑制剂对磷酸水解酶功能的影响。
the enzyme phosphohydrolase dephosphorylates proteins involved in cell cycle control.
磷酸水解酶去磷酸化参与细胞周期控制的蛋白质。
increased phosphohydrolase expression was observed in cancer cells.
在癌细胞中观察到磷酸水解酶表达增加。
the study focused on the tissue-specific distribution of phosphohydrolase.
该研究侧重于磷酸水解酶的组织特异性分布。
phosphohydrolase inhibitors are potential therapeutic targets for metabolic diseases.
磷酸水解酶抑制剂是代谢性疾病的潜在治疗靶点。
the researchers used recombinant phosphohydrolase to study its mechanism of action.
研究人员使用重组磷酸水解酶来研究其作用机制。
understanding phosphohydrolase regulation is important for drug development.
理解磷酸水解酶的调控对于药物开发至关重要。
the catalytic activity of phosphohydrolase was measured using a spectrophotometric assay.
使用分光光度法测定了磷酸水解酶的催化活性。
phosphohydrolase activity
磷酸水解酶活性
phosphohydrolase inhibition
磷酸水解酶抑制
measuring phosphohydrolase
测量磷酸水解酶
phosphohydrolase levels
磷酸水解酶水平
phosphohydrolase enzyme
磷酸水解酶
phosphohydrolase function
磷酸水解酶功能
phosphohydrolases regulate
磷酸水解酶调节
phosphohydrolase pathway
磷酸水解酶途径
phosphohydrolase expression
磷酸水解酶表达
regulating phosphohydrolase
调节磷酸水解酶
the research team investigated the role of phosphohydrolase in cellular signaling pathways.
研究团队调查了磷酸水解酶在细胞信号通路中的作用。
mutations in the phosphohydrolase gene can lead to developmental disorders.
磷酸水解酶基因的突变可能导致发育障碍。
phosphohydrolase activity is crucial for regulating phosphate metabolism.
磷酸水解酶的活性对于调节磷酸代谢至关重要。
we analyzed the effects of various inhibitors on phosphohydrolase function.
我们分析了各种抑制剂对磷酸水解酶功能的影响。
the enzyme phosphohydrolase dephosphorylates proteins involved in cell cycle control.
磷酸水解酶去磷酸化参与细胞周期控制的蛋白质。
increased phosphohydrolase expression was observed in cancer cells.
在癌细胞中观察到磷酸水解酶表达增加。
the study focused on the tissue-specific distribution of phosphohydrolase.
该研究侧重于磷酸水解酶的组织特异性分布。
phosphohydrolase inhibitors are potential therapeutic targets for metabolic diseases.
磷酸水解酶抑制剂是代谢性疾病的潜在治疗靶点。
the researchers used recombinant phosphohydrolase to study its mechanism of action.
研究人员使用重组磷酸水解酶来研究其作用机制。
understanding phosphohydrolase regulation is important for drug development.
理解磷酸水解酶的调控对于药物开发至关重要。
the catalytic activity of phosphohydrolase was measured using a spectrophotometric assay.
使用分光光度法测定了磷酸水解酶的催化活性。
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