deaminizations process
脱氨化过程
deaminizations reaction
脱氨化反应
deaminizations pathway
脱氨化途径
deaminizations enzymes
脱氨化酶
deaminizations products
脱氨化产物
deaminizations rates
脱氨化速率
deaminizations activity
脱氨化活性
deaminizations effects
脱氨化效应
deaminizations studies
脱氨化研究
deaminizations mechanisms
脱氨化机制
deaminizations play a crucial role in metabolic processes.
去氨化在代谢过程中起着至关重要的作用。
understanding deaminizations can help in drug development.
理解去氨化有助于药物开发。
deaminizations can affect the stability of proteins.
去氨化可能会影响蛋白质的稳定性。
research on deaminizations is essential for biochemistry.
对去氨化的研究对生物化学至关重要。
enzymes facilitate the deaminizations in the body.
酶在体内促进去氨化反应。
deaminizations are involved in nitrogen metabolism.
去氨化参与氮代谢。
we studied the deaminizations of various amino acids.
我们研究了各种氨基酸的去氨化。
deaminizations can lead to the formation of new compounds.
去氨化可能导致新化合物的形成。
inhibition of deaminizations can affect cellular functions.
抑制去氨化可能影响细胞功能。
deaminizations are critical in the detoxification process.
去氨化在解毒过程中至关重要。
deaminizations process
脱氨化过程
deaminizations reaction
脱氨化反应
deaminizations pathway
脱氨化途径
deaminizations enzymes
脱氨化酶
deaminizations products
脱氨化产物
deaminizations rates
脱氨化速率
deaminizations activity
脱氨化活性
deaminizations effects
脱氨化效应
deaminizations studies
脱氨化研究
deaminizations mechanisms
脱氨化机制
deaminizations play a crucial role in metabolic processes.
去氨化在代谢过程中起着至关重要的作用。
understanding deaminizations can help in drug development.
理解去氨化有助于药物开发。
deaminizations can affect the stability of proteins.
去氨化可能会影响蛋白质的稳定性。
research on deaminizations is essential for biochemistry.
对去氨化的研究对生物化学至关重要。
enzymes facilitate the deaminizations in the body.
酶在体内促进去氨化反应。
deaminizations are involved in nitrogen metabolism.
去氨化参与氮代谢。
we studied the deaminizations of various amino acids.
我们研究了各种氨基酸的去氨化。
deaminizations can lead to the formation of new compounds.
去氨化可能导致新化合物的形成。
inhibition of deaminizations can affect cellular functions.
抑制去氨化可能影响细胞功能。
deaminizations are critical in the detoxification process.
去氨化在解毒过程中至关重要。
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