autoreceptor activation
自受体激活
autoreceptor antagonist
自受体拮抗剂
autoreceptor binding affinity
自受体结合亲和力
autoreceptor modulation
自受体调节
autoreceptor signaling pathway
自受体信号通路
autoreceptor stimulation
自受体刺激
functional autoreceptors
功能性自受体
autoreceptors play a crucial role in neurotransmitter regulation.
自受体在神经递质调节中发挥着关键作用。
the activation of autoreceptors can inhibit further neurotransmitter release.
自受体的激活可以抑制进一步的神经递质释放。
research shows that autoreceptors can affect mood and behavior.
研究表明，自受体可以影响情绪和行为。
understanding autoreceptors is essential for developing new antidepressants.
理解自受体对于开发新型抗抑郁药至关重要。
autoreceptor sensitivity may vary among individuals.
自受体敏感性可能因个体而异。
in some cases, autoreceptors can lead to drug tolerance.
在某些情况下，自受体可能导致药物耐受性。
scientists are studying how autoreceptors influence addiction.
科学家正在研究自受体如何影响成瘾。
blocking autoreceptors could enhance the effects of certain medications.
阻断自受体可能增强某些药物的效果。
autoreceptors are often targeted in neuropharmacology research.
自受体常常是神经药理学研究的目标。
alterations in autoreceptor function can lead to various neurological disorders.
自受体功能的改变可能导致各种神经系统疾病。
autoreceptor activation
自受体激活
autoreceptor antagonist
自受体拮抗剂
autoreceptor binding affinity
自受体结合亲和力
autoreceptor modulation
自受体调节
autoreceptor signaling pathway
自受体信号通路
autoreceptor stimulation
自受体刺激
functional autoreceptors
功能性自受体
autoreceptors play a crucial role in neurotransmitter regulation.
自受体在神经递质调节中发挥着关键作用。
the activation of autoreceptors can inhibit further neurotransmitter release.
自受体的激活可以抑制进一步的神经递质释放。
research shows that autoreceptors can affect mood and behavior.
研究表明，自受体可以影响情绪和行为。
understanding autoreceptors is essential for developing new antidepressants.
理解自受体对于开发新型抗抑郁药至关重要。
autoreceptor sensitivity may vary among individuals.
自受体敏感性可能因个体而异。
in some cases, autoreceptors can lead to drug tolerance.
在某些情况下，自受体可能导致药物耐受性。
scientists are studying how autoreceptors influence addiction.
科学家正在研究自受体如何影响成瘾。
blocking autoreceptors could enhance the effects of certain medications.
阻断自受体可能增强某些药物的效果。
autoreceptors are often targeted in neuropharmacology research.
自受体常常是神经药理学研究的目标。
alterations in autoreceptor function can lead to various neurological disorders.
自受体功能的改变可能导致各种神经系统疾病。
探索常用高频词汇