neurotropisms in action
神经趋向作用
understanding neurotropisms
理解神经趋向性
neurotropisms and behavior
神经趋向性与行为
exploring neurotropisms
探索神经趋向性
neurotropisms in development
发育中的神经趋向性
neurotropisms and pathways
神经趋向性与通路
neurotropisms of cells
细胞的神经趋向性
impact of neurotropisms
神经趋向性的影响
neurotropisms in nature
自然中的神经趋向性
analyzing neurotropisms
分析神经趋向性
neurotropisms play a crucial role in nerve regeneration.
神经趋向性在神经再生中起着至关重要的作用。
researchers study neurotropisms to understand brain development.
研究人员研究神经趋向性以了解大脑发育。
different neurotropisms affect how neurons connect.
不同的神经趋向性影响神经元的连接方式。
neurotropisms can influence behavior in animals.
神经趋向性可以影响动物的行为。
understanding neurotropisms helps in treating neurological disorders.
了解神经趋向性有助于治疗神经系统疾病。
neurotropisms are essential for proper synaptic formation.
神经趋向性对正确的突触形成至关重要。
scientists are exploring the mechanisms behind neurotropisms.
科学家们正在探索神经趋向性的机制。
neurotropisms can vary between different species.
不同物种之间的神经趋向性可能有所不同。
studying neurotropisms can lead to breakthroughs in neuroscience.
研究神经趋向性可能会在神经科学领域带来突破。
neurotropisms are influenced by both genetic and environmental factors.
神经趋向性受到遗传和环境因素的影响。
neurotropisms in action
神经趋向作用
understanding neurotropisms
理解神经趋向性
neurotropisms and behavior
神经趋向性与行为
exploring neurotropisms
探索神经趋向性
neurotropisms in development
发育中的神经趋向性
neurotropisms and pathways
神经趋向性与通路
neurotropisms of cells
细胞的神经趋向性
impact of neurotropisms
神经趋向性的影响
neurotropisms in nature
自然中的神经趋向性
analyzing neurotropisms
分析神经趋向性
neurotropisms play a crucial role in nerve regeneration.
神经趋向性在神经再生中起着至关重要的作用。
researchers study neurotropisms to understand brain development.
研究人员研究神经趋向性以了解大脑发育。
different neurotropisms affect how neurons connect.
不同的神经趋向性影响神经元的连接方式。
neurotropisms can influence behavior in animals.
神经趋向性可以影响动物的行为。
understanding neurotropisms helps in treating neurological disorders.
了解神经趋向性有助于治疗神经系统疾病。
neurotropisms are essential for proper synaptic formation.
神经趋向性对正确的突触形成至关重要。
scientists are exploring the mechanisms behind neurotropisms.
科学家们正在探索神经趋向性的机制。
neurotropisms can vary between different species.
不同物种之间的神经趋向性可能有所不同。
studying neurotropisms can lead to breakthroughs in neuroscience.
研究神经趋向性可能会在神经科学领域带来突破。
neurotropisms are influenced by both genetic and environmental factors.
神经趋向性受到遗传和环境因素的影响。
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