Arterioles are small blood vessels that branch off from arterioles and lead to capillaries.
The
arteriolar pressure is crucial for maintaining an adequate blood flow to the tissues.
In hypertension,
arteriolar constriction occurs to regulate blood pressure.
Researchers observed vasoconstriction in arterioles during exercise to increase oxygen delivery.
The
arteriolar bed plays a significant role in the regulation of blood flow and metabolism.
Histological analysis revealed changes in
arteriolar diameter due to aging.
The drug dilated arterioles, thus reducing blood pressure effectively.
Increased permeability of arterioles facilitates the exchange of nutrients and waste products.
Arteriolar resistance influences the overall systemic blood pressure and circulation.
Damage to arterioles can lead to ischemic conditions, such as Raynaud's phenomenon.
动脉小动脉是从动脉分支出的小血管,通往毛细血管。
动脉小动脉压力对于保持组织的适当血流量至关重要。
在高血压情况下,动脉小动脉会收缩以调节血压。
研究人员观察到运动时动脉小动脉的血管收缩以增加氧气供应。
动脉小动脉床在血液流动和新陈代谢的调控中起着重要作用。
组织学分析显示,随着年龄的增长动脉小动脉直径发生改变。
这种药物扩张了动脉小动脉,从而有效地降低了血压。
动脉小动脉通透性的增加有助于营养物质和废物的交换。
动脉小动脉阻力影响整体的体循环系统血压。
动脉小动脉损伤可能导致缺血性疾病,如雷诺氏症。
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