Free Ca2 + plays an important role during the process of meat rigor mortis.
游离钙离子在肌肉僵直化过程中起着至关重要的作用。
As noted, silicate minerals could be utilized as the source of Mg2 + or Ca2 + ions.
正如所提到的，硅酸盐矿物可能被用作产生Mg 2 +或Ca2 +的来源。
These mutations may cause triggered arrhythmias by enhanced diastolic SR Ca2 + leak.
这些突变通过增加心舒张期SRCa2 +的漏出引起触发性心律失常。
In addition, as a messenger, Ca2 + plays an important role in the normal function of cells.
另外，钙离子作为一种细胞信使，在维持细胞正常功能中起着重要作用。
Trichosanthin-induced apoptosis is related to the increase of Ca2+, NO and ROS in the cells.
天花粉蛋白诱导凋亡可能与细胞内钙、ROS和NO的增加有关。
As one of the most important information carriers, Ca2 + plays a crucial role in cell function.
是细胞内重要的信息载体之一，在细胞生命活动中扮演着极其重要的角色。
There are both apoplastic and symplastic pathways of Ca2+ transport in fruit or leaf tissue too.
钙离子在果实和叶片中的运输和分配不仅通过质外体途径也通过共质体途径。
The effect of Ca2+ ions on structure changes of negatively charged POPG/POPC bilayer was discussed.
其次，我们研究了钙离子对电负性磷脂膜微纳米结构的影响。
It's this fast phosphorylation of the downstream Ca2 + Gate which is inhibited by insulin resistance.
这一个快速的钙离子通道导致的下游磷酸化过程被胰岛素抵抗阻断了。
Plumbago zeylanica Linn can increase the Ca2+ level, plays an accelerate role in the process of healing.
白花丹可以明显增加骨折家兔血钙浓度，对家兔骨折愈合有促进作用。
However, molecular bases for the plasma membrane Ca2 + influx and its regulation remain largely unknown.
然而钙离子跨细胞膜进行内流的分子基础和调控机制并不清楚。
The injected water of both the two blocks contained SO42- that would create scale with Ca2+, Ba2+ and Sr2+.
两个区块的注入水都含有一定量易于结垢的阴离子SO42-。
Finally, a model summarizing the possible pathways of Ca2 + signaling in apoptosis was given in this review.
最后，文章还提出了一个钙离子信号参与调控细胞凋亡的可能模型。
Selective intracellular lysis of lysosomes abolished both ATP release and Ca2+ wave propagation among astrocytes.
选择性地裂解星型胶质细胞的溶酶体，发现ATP释放和钙波传播都消失了。
The modulation of intracellular Ca2+ concentration is a common signaling mechanism used in many biological systems.
对于细胞内钙离子浓度的调节是许多生物体系所采用的最一般的信号机制。
METHODS: Patch clamp technique (whole cell recording) was used to record L-Ca2 + current in single cardiac myocyte.
方法：用全细胞膜片箝记录心室肌细胞的L -钙电流。
This paper demonstrate that cortical neurons in dissociated cultures exhibited synchronized spontaneous Ca2+ spikes.
通过实验证实培养的皮质神经元网络存在一种同步自发钙振荡。
The Ca2+ filling state of the nuclear envelope affects the conformational states of the nuclear pore complexes and t.
核被中钙离子的充盈状态影响着核孔复合体的构象，从而调节核质间物质交流。
Ca2 + stimulates enzymatic systems that help trigger the body's immune defences - the investigators wondered if Pb2 + did the same.
Ca2 +可以激发酶系统，从而帮助引发人体免疫反应——科学家们想知道Pb 2 +是否有相同的效果。
To investigate the effects of Metoprolol on sarcoplasmic reticulum Ca2+-ATPase (SERCA2a) and cardiac function of heart failure(HF) rats.
目的探讨美托洛尔对心衰大鼠肌浆网Ca2+-ATP酶及心功能的影响。
The use of ultrasonic vibration in acetic acid extraction of Ca2+ from wollastonite increased obviously the extraction ratio of Ca2+ ion.
研究了超声振荡技术应用于乙酸萃取硅灰石时的钙离子萃取率。
Calcium alginate gel beads were widely used as drug carriers, which were obtained by the gelation of sodium alginate with divalent cation as Ca2 +.
目前，海藻酸钠与二价钙离子交联反应形成的海藻酸钙凝胶小球作为药物的载体日益受到广泛的应用。
Conclusion: Calcium sensitizer can reverse the reduced responsiveness of myocardium to Ca2 + and improve myocardial contractility after endotoxic shock.
结论：钙增敏剂可逆转内毒素休克所致的心肌收缩蛋白对钙反应性的降低，改善内毒素休克机体的心肌收缩性能。
All the contractile parameters and the diastolic Ca2 + level were back toward pretreatment values during reoxygenation, but could not return to control level.
复氧后细胞收缩力、钙瞬态幅度和舒张末钙水平有所回复，但不能达对照水平。
A great deal of saline wastewater containing Cl -, Ca2 + and Mg2 + from the ion exchange system of steam boiler is discharged during the regeneration of resin.
油田注汽锅炉的离子交换树脂系统在再生过程中要排放大量含盐废水，这部分废水中含有大量氯离子和硬度离子，外排后会对耕地造成不良影响。
The mechanism of myocardium ischemia reperfusion injury involve in generating of reactive oxygen species, overload of Ca2 + and releasing of catecholamine by ischemia.
心肌缺血再灌注损伤的主要机制为氧自由基大量释放，细胞内钙超载以及缺血导致的大量儿茶酚胺释放。
It has been found that because CMC is anion cellulose, its performance may become unstable when Ca2 + exists, CMC only can improve the water retention of mortar little.
研究表明，由于CMC是阴离子纤维素，在有钙离子存在的情况下很不稳定，对砂浆的保水性能改善甚少。
Phosphate adsorption capacity (pac) of synthesized zeolites was higher than those of their raw fly ash, and pac of synthesized zeolite could be enhanced further by Ca2 +.
合成沸石除磷能力均高于粉煤灰，钙饱和处理又可明显进一步提高粉煤灰合成沸石的除磷效果。
Soaking sweet sorghum seeds in Ca2+, Zn2+ and their mixturecan improve the growth of the seedling, the length of the root, the number of roots and the height of seedling.
及二者混合对甜高梁进行浸种处理可促进幼苗生长，增加根长、根数及苗高；
ResultsThe haemolytic activity was temperature-sensitive, and improved with the concentration increase. The presence of Ca2+, Mg2+ wass necessary for haemolytic activity.
结果水母毒素的溶血活性对温度敏感，随着浓度的提高而增大，并且依赖于Ca2+，Mg2+等二价金属离子的存在。
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