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...ure. Sometimes when they are used to treat [[angina pectoris|angina]], the vasodilation and hypotension can lead to reflex [[tachycardia]], which can be detrimenta ...most significant contributor to the heart's need for oxygen. Therefore, as vasodilation is minimal with the phenylalkylamines, the major mechanism of action is cau ...

...ure. Sometimes when they are used to treat [[angina pectoris|angina]], the vasodilation and hypotension can lead to reflex [[tachycardia]], which can be detrimenta ...most significant contributor to the heart's need for oxygen. Therefore, as vasodilation is minimal with the phenylalkylamines, the major mechanism of action is cau ...

...ロールとトリグリセリドを減少させ、HDLコレステロールを増加させることが示されている。 最も一般的な副作用は、二次的な[[skin/ja|皮膚]][[vasodilation/ja|血管拡張]]による紅潮である。この作用は[[prostaglandin/ja|プロスタグランジン]]によって媒介され、同時に[[aspirin/ ...

...アシンを摂取すると、皮膚の紅潮を引き起こす可能性がある。顔、腕、胸の皮膚は、小さな[[Subcutaneous tissue/ja|皮下]]血管の[[vasodilation/ja|血管拡張]]のために赤みを帯び、熱感、ヒリヒリ感、かゆみを伴う。これらの徴候および症状は典型的には一過性で、数分から数時間持続する；毒性というよ ...

...、および[[adrenaline/ja|副腎皮質]]神経シナプスに存在する。AT₁受容体の遮断は、他の作用の中でも、直接的に[[vasodilation/ja|血管拡張]]を引き起こし、[[vasopressin/ja|バソプレシン]]の分泌を減少させ、[[aldosterone/ja|アルドステロン] ...

...scular smooth muscle/ja|血管平滑筋]]に作用して、[[artery/ja|動脈]]の収縮を抑え、血管径を増大させる。これは[[vasodilation/ja|血管拡張]]と呼ばれる現象である（CCBは[[vein/ja|静脈]]平滑筋には作用しない）。 ...

[[Flushing (physiology)|フラッシング]];短期的な[[vasodilation/ja|拡張]]で、皮膚の色が赤くなる。通常、顔面が侵されるが、反応は頚部および上胸部に及ぶこともある。原因は、プロスタグランジンGD<sub>2</s ...;mg錠）がある。ニアスパンには、ナイアシンの放出を遅らせるフィルムコーティングが施されており、その結果、8～12時間かけて吸収される。このため、[[vasodilation/ja|血管拡張]]や[[flushing (physiology)/ja|フラッシング]]の副作用は軽減されるが、即時放出薬物に比べて[[hepato ...

...administration of nifedipine promotes a hypotensive effect via peripheral vasodilation. It can cause an uncontrollable decrease in blood pressure, [[Tachycardia|r ...

...administration of nifedipine promotes a hypotensive effect via peripheral vasodilation. It can cause an uncontrollable decrease in blood pressure, [[Tachycardia|r ...

...skin flushing. Face, arms and chest skin turns a reddish color because of vasodilation of small subcutaneous blood vessels, accompanied by sensations of heat, tin [[Flushing (physiology)|Flushing]] &ndash; a short-term [[vasodilation|dilatation]] of skin [[arteriole]]s, causing reddish skin color &ndash; usu ...

...skin flushing. Face, arms and chest skin turns a reddish color because of vasodilation of small subcutaneous blood vessels, accompanied by sensations of heat, tin [[Flushing (physiology)|Flushing]] &ndash; a short-term [[vasodilation|dilatation]] of skin [[arteriole]]s, causing reddish skin color &ndash; usu ...

...c]] nerve synapses. Blockage of AT₁ receptors directly causes [[vasodilation]], reduces secretion of [[vasopressin]], and reduces production and secreti ...

...lesterol. The most common side effect is flushing secondary to [[skin]] [[vasodilation]]. This effect is mediated by [[prostaglandin]]s and can be decreased by ta ...

...c]] nerve synapses. Blockage of AT₁ receptors directly causes [[vasodilation]], reduces secretion of [[vasopressin]], and reduces production and secreti ...

...lesterol. The most common side effect is flushing secondary to [[skin]] [[vasodilation]]. This effect is mediated by [[prostaglandin]]s and can be decreased by ta ...

...kin flushing. Face, arms and chest skin turns a reddish color because of [[vasodilation]] of small [[Subcutaneous tissue|subcutaneous]] blood vessels, accompanied ...

...kin flushing. Face, arms and chest skin turns a reddish color because of [[vasodilation]] of small [[Subcutaneous tissue|subcutaneous]] blood vessels, accompanied ...