CONCLUSION: in the heart, waves of calcium release (especially in highly loaded with calcium) are a normal mechanism of cellular signaling.
结论：心脏在静息时(尤其高钙负荷时)出现钙波是钙信号的一种调节机制。
Human brains, for example, rely on electrical impulses to release calcium ions that bind to neurotransmitters that, in turn, communicate with the rest of the nervous system.
例如，人的大脑就是依赖电脉冲释放出依附于神经传输体的钙离子，然后依次地向神经系统的其余部分发出信号。
This causes the bones to release calcium and thus to bring blood levels back up.
甲状旁腺素使骨头释放出钙质，并籍此将血液中的钙质提升至正常水平。
The ER of a cell does two things: it makes, folds and transports new proteins; and it controls the storage and release of the cell's store of calcium.
细胞内质网有两个作用：它产生、储存和运输新蛋白质；它控制着细胞内钙的储存和释放。
Calcium is vital for building strong bones and teeth, muscle function, release of hormones and enzymes, and assists nerves in transmitting impulses.
钙是塑造健壮骨骼，牙齿，肌肉功能，释放激素和酶的重要物质，并且能够协助神经冲动的传输。
Conclusion the mechanism of puerarin reducing the overload of calcium in HUVECs may be related with blocking both voltage-dependent calcium channels and the release of calcium pool in endoplasm.
结论葛根素可以缓解培养人脐静脉内皮细胞内钙超载，其作用机制可能与拮抗膜上电压依赖型钙通道和抑制内质网钙库释放有关。
It is postulated that the decreased release of acetylcholine from the nerve terminal reflects a competition of the antibiotic or magnesium with calcium for entry into the terminal.
有人推测，神经末梢乙酰胆碱释放减少，使由于这些抗菌素和镁制剂，都能和钙竞争进入通道。
METHODS Rutin calcium pectinate pellets were prepared by in-liquid solidifying method, the best parameters were chosen and its release properties in different media was evaluated.
方法：采用液中固化法制备果胶钙骨架型小丸并优化其工艺参数，以紫外分光光度法测定其体外释放度。
There was no significant influence of calcium acetate gradient on drug release.
醋酸钙梯度法不影响药物的释放。
OBJECTIVE a method was developed for the determination of Dxamethasone Acetate in calcium alginate gel beads and observed the release properties of gel beads in different media.
目的建立一种方法测定海藻酸钙凝胶小球中醋酸地塞米松的含量，考察小球在不同介质中的溶出性能。
Conclusions Dihydropyridine calcium antagonist is promising, and the sustained release preparation or controlled release preparation would be more and more frequently used.
结论钙拮抗药应用趋势是二氢吡啶类药物前景看好，缓、控释制剂应用将更普遍。
There are few reports on the release or formation of oxalate, carbonate and dissolved calcium and even rarely known about the sources of oxalate and carbonate during the pulping processes.
关于在制浆过程中形成蒸发器钙结垢的草酸根、碳酸根和溶解钙产生规律的研究报道甚少。
The results suggest that insulin could induce calcium ions release from secretory granules through the activation of IP3 receptors on granules.
提示胰岛素是通过作用于胰岛素分泌颗粒上的IP3受体而使钙离子外排的。
Results the results showed that alginate and calcium chloride concentrations and polyelectrolyte layers markedly affected the lag time of pulsed release and the releasing speed after lagging.
结果海藻酸钠浓度、氯化钙浓度、聚电解质包衣层数影响脉冲释放时滞以及时滞后释放速度。
The amount of calcium chloride, the mass ratio of calcium chloride-pectin and release media on drug release profiles were investigated.
分别考察氯化钙质量、果胶-氯化钙质量比以及释放介质对释放度的影响。
RESULTS the ratio of pectin-calcium chloride and mass ratio of drug-matrix were important factors on the drug release.
结果骨架中果胶-氯化钙的质量比、药物-骨架质量比以及骨架的组成均可显著影响药物的释放。
The pectin-calcium chloride matrix tablets had different release profile in various media.
果胶氯化钙骨架片在不同的释放介质中表现出不同的释放行为。
Conclusion: Rutin could inhibit PAF induced platelet aggregation, 5 HT release and the increase of intraplatelet free calcium.
结论：芦丁可抑制PAF诱导的血小板聚集、HT释放及血小板内游离钙浓度增加。
ABSTRACT: OBJECTIVE To evaluate the quality, physical and chemical properties and release of ferulic acid liposome via calcium acetate gradient.
摘要：目的用醋酸钙梯度法制备阿魏酸脂质体，并考察其制备工艺及理化性质，进行体外释放度评价。
ABSTRACT: OBJECTIVE To evaluate the quality, physical and chemical properties and release of ferulic acid liposome via calcium acetate gradient.
摘要：目的用醋酸钙梯度法制备阿魏酸脂质体，并考察其制备工艺及理化性质，进行体外释放度评价。
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