venulae
小静脉群
inflamed venula
发炎的小静脉
damaged venula
受损的小静脉
venular
小静脉的
capillary venula
毛细小静脉
venular network
小静脉网络
postcapillary venula
毛细血管后小静脉
venular endothelium
小静脉内皮
collapsed venula
塌陷的小静脉
the postcapillary venula plays a crucial role in leukocyte trafficking during inflammation.
后毛细血管小静脉在炎症过程中对白细胞迁移起着至关重要的作用。
increased venula permeability contributes to tissue edema in allergic reactions.
小静脉通透性增加导致过敏反应中出现组织水肿。
histological analysis reveals the structure of the collecting venula in kidney tissue.
组织学分析揭示了肾脏组织中集合小静脉的结构。
venula endothelial cells regulate blood-tissue barrier function.
小静脉内皮细胞调节血组织屏障功能。
smooth muscle cells surround the venula to control blood flow regulation.
平滑肌细胞围绕小静脉以控制血流调节。
inflammatory mediators cause venula dilation and increased fluid leakage.
炎症介质引起小静脉扩张和液体渗漏增加。
the diameter of the venula affects the resistance in the microcirculation.
小静脉的直径影响微循环中的阻力。
venula blood flow can be measured using laser doppler techniques.
小静脉血流可以使用激光多普勒技术测量。
damage to the venula results in petechial hemorrhages under the skin.
小静脉损伤导致皮肤下出现瘀点性出血。
the venula connects capillary networks to larger venous vessels.
小静脉将毛细血管网络连接到更大的静脉血管。
chronic inflammation leads to venula remodeling and dysfunction.
慢性炎症导致小静脉重塑和功能障碍。
pharmacological agents can reduce venula leakage in inflammatory conditions.
药物制剂可以减少炎症情况下的小静脉渗漏。
the venula wall is thinner than that of corresponding arterioles.
小静脉壁比相应小动脉壁更薄。
electron microscopy shows the ultrastructure of venula endothelial junctions.
电子显微镜显示小静脉内皮连接的超微结构。
venulae
小静脉群
inflamed venula
发炎的小静脉
damaged venula
受损的小静脉
venular
小静脉的
capillary venula
毛细小静脉
venular network
小静脉网络
postcapillary venula
毛细血管后小静脉
venular endothelium
小静脉内皮
collapsed venula
塌陷的小静脉
the postcapillary venula plays a crucial role in leukocyte trafficking during inflammation.
后毛细血管小静脉在炎症过程中对白细胞迁移起着至关重要的作用。
increased venula permeability contributes to tissue edema in allergic reactions.
小静脉通透性增加导致过敏反应中出现组织水肿。
histological analysis reveals the structure of the collecting venula in kidney tissue.
组织学分析揭示了肾脏组织中集合小静脉的结构。
venula endothelial cells regulate blood-tissue barrier function.
小静脉内皮细胞调节血组织屏障功能。
smooth muscle cells surround the venula to control blood flow regulation.
平滑肌细胞围绕小静脉以控制血流调节。
inflammatory mediators cause venula dilation and increased fluid leakage.
炎症介质引起小静脉扩张和液体渗漏增加。
the diameter of the venula affects the resistance in the microcirculation.
小静脉的直径影响微循环中的阻力。
venula blood flow can be measured using laser doppler techniques.
小静脉血流可以使用激光多普勒技术测量。
damage to the venula results in petechial hemorrhages under the skin.
小静脉损伤导致皮肤下出现瘀点性出血。
the venula connects capillary networks to larger venous vessels.
小静脉将毛细血管网络连接到更大的静脉血管。
chronic inflammation leads to venula remodeling and dysfunction.
慢性炎症导致小静脉重塑和功能障碍。
pharmacological agents can reduce venula leakage in inflammatory conditions.
药物制剂可以减少炎症情况下的小静脉渗漏。
the venula wall is thinner than that of corresponding arterioles.
小静脉壁比相应小动脉壁更薄。
electron microscopy shows the ultrastructure of venula endothelial junctions.
电子显微镜显示小静脉内皮连接的超微结构。
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