vascular tone 中文意思是什麼
vascular tone
解釋
血管緊張度-
Vascular tone plays a key role in the maintenance of blood pressure
血管張力的維持與血管平滑肌細胞上的離子通道密切相關。 -
Role of volume - regulated cl channels ( vrcc, ic1. vol ) on vascular tone was observed
觀察容積敏感性氯離子通道對血管張力的調節作用。 -
These results suggest : 1 ) anion channels play an important role in the regulation of blood vascular tone ; 2 ) ne - stimulated contraction is not influenced by extracellular sodium ; 3 ) vascular tone can be affected by anion channel ' s activity ; 4 ) the activation of anion channels do not depend on release of intracellular calcium ; 5 ) anion channels may be involved in the regulation of vascular tone through modulating the influx of extracellular calcium and the release of intracellular calcium
陰離子通道對血管平滑肌細胞外鈣內流和內鈣釋放都有調節作用。本研究表明,血管張力的維持可能主要與陰離子通道的活動狀態有關。陰離子通道很可能是通過調節血管平滑肌細胞外鈣內流和內鈣釋放兩個途徑來發揮調節血管張力的作用。 -
The change of vascular tone was observed after different ion substitution
觀察不同的離子替代后血管張力的變化。 -
We, therefore, investigated the role of anion channels on the vascular tone
研究表明,陰離子通道是維持心臟和血管活動的重要因素。 -
Pharmacological characteristics of novel endothelium purinoceptor in modulating vascular tone
血管內皮細胞上嘌呤受體新亞型對血管張力的調節作用 -
Anion channels are extensively expressed in the cardiovascular system, but their roles in the modulation of vascular tone are poorly understood
陰離子通道(也被稱為cl ~ -通道)在心血管系統中有廣泛地表達。 -
Typical beneficial properties of no include the regulation of vascular tone, the protection of cells against apoptosis, themodulation of immune responses, and the killing of microbial pathogens
它在循環系統、神經系統、消化系統、呼吸系統和免疫系統等多種病理生理過程中發揮重要的調節作用,在動物(包括人類)的飲食營養中受到重視。 -
In 1980, furchgott and his colleagues presented the first evidence that acetylcholine ( ach ), by acting on endothelial cells, stimulated the release of a relaxing factor ( edrf ) that acted on the preconstricted rabbit thoracic aorta to produce relaxation. a research interest on the endothelium - derived regulation of vascular tone, since then, is on the increase
自1980年furchgott發現乙酰膽堿( acetylcholine , ach )可通過內皮釋放一種舒張因子( edrf ) ,使預先收縮的免主動脈環鬆弛以來,人們對內皮源性血管張力調節機制進行了廣泛的研究,現已證實, edrf便是一氧化氮( no ) 。
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