bradykinin release
缓激肽释放
kinin receptor
激肽受体
kinin system
激肽系统
kinin-induced pain
激肽引起的疼痛
kinin signaling
激肽信号传导
kinin activity
激肽活性
kinin pathway
激肽通路
kinin effects
激肽效应
kinin levels
激肽水平
kinin release
激肽释放
kinins play a role in regulating blood pressure.
激肽在调节血压中起作用。
researchers are studying the effects of kinin on inflammation.
研究人员正在研究激肽对炎症的影响。
kinins are involved in pain signaling pathways.
激肽参与疼痛信号传导途径。
the kinin system can affect cardiovascular health.
激肽系统可能影响心血管健康。
elevated kinin levels can lead to allergic reactions.
激肽水平升高可能导致过敏反应。
understanding kinin biology is crucial for drug development.
了解激肽生物学对药物开发至关重要。
kinins can enhance vascular permeability.
激肽可以增强血管通透性。
blocking kinin receptors may reduce pain sensation.
阻断激肽受体可能会减少疼痛感。
kinins are released during tissue injury.
激肽在组织损伤时释放。
studies indicate that kinin levels vary with age.
研究表明，激肽水平随着年龄变化。
bradykinin release
缓激肽释放
kinin receptor
激肽受体
kinin system
激肽系统
kinin-induced pain
激肽引起的疼痛
kinin signaling
激肽信号传导
kinin activity
激肽活性
kinin pathway
激肽通路
kinin effects
激肽效应
kinin levels
激肽水平
kinin release
激肽释放
kinins play a role in regulating blood pressure.
激肽在调节血压中起作用。
researchers are studying the effects of kinin on inflammation.
研究人员正在研究激肽对炎症的影响。
kinins are involved in pain signaling pathways.
激肽参与疼痛信号传导途径。
the kinin system can affect cardiovascular health.
激肽系统可能影响心血管健康。
elevated kinin levels can lead to allergic reactions.
激肽水平升高可能导致过敏反应。
understanding kinin biology is crucial for drug development.
了解激肽生物学对药物开发至关重要。
kinins can enhance vascular permeability.
激肽可以增强血管通透性。
blocking kinin receptors may reduce pain sensation.
阻断激肽受体可能会减少疼痛感。
kinins are released during tissue injury.
激肽在组织损伤时释放。
studies indicate that kinin levels vary with age.
研究表明，激肽水平随着年龄变化。
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