vanilloid receptors are found in sensory neurons.
香草素受体存在于感觉神经元中。
capsaicin is a well-known vanilloid compound.
辣椒素是一种众所周知的香草素化合物。
vanilloid agonists can induce pain responses.
香草素激动剂可诱发疼痛反应。
the vanilloid receptor plays a key role in thermoregulation.
香草素受体在体温调节中起关键作用。
vanilloid-induced inflammation can be reduced by antagonists.
香草素诱导的炎症可被拮抗剂减轻。
some vanilloids are used in topical analgesics.
一些香草素用于局部镇痛药。
vanilloid ligands activate the trpv1 channel.
香草素配体激活trpv1通道。
the study examined vanilloid toxicity in mammals.
这项研究检测了香草素在哺乳动物中的毒性。
vanilloid receptor antagonists have therapeutic potential.
香草素受体拮抗剂具有治疗潜力。
high concentrations of vanilloids can cause tissue damage.
高浓度的香草素可能导致组织损伤。
vanilloid compounds differ in their pungency.
香草素化合物的辛辣程度各不相同。
research on vanilloids has expanded our understanding of pain pathways.
对香草素的研究拓展了我们对疼痛通路的理解。
vanilloid receptors are found in sensory neurons.
香草素受体存在于感觉神经元中。
capsaicin is a well-known vanilloid compound.
辣椒素是一种众所周知的香草素化合物。
vanilloid agonists can induce pain responses.
香草素激动剂可诱发疼痛反应。
the vanilloid receptor plays a key role in thermoregulation.
香草素受体在体温调节中起关键作用。
vanilloid-induced inflammation can be reduced by antagonists.
香草素诱导的炎症可被拮抗剂减轻。
some vanilloids are used in topical analgesics.
一些香草素用于局部镇痛药。
vanilloid ligands activate the trpv1 channel.
香草素配体激活trpv1通道。
the study examined vanilloid toxicity in mammals.
这项研究检测了香草素在哺乳动物中的毒性。
vanilloid receptor antagonists have therapeutic potential.
香草素受体拮抗剂具有治疗潜力。
high concentrations of vanilloids can cause tissue damage.
高浓度的香草素可能导致组织损伤。
vanilloid compounds differ in their pungency.
香草素化合物的辛辣程度各不相同。
research on vanilloids has expanded our understanding of pain pathways.
对香草素的研究拓展了我们对疼痛通路的理解。
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