casr怎么读，casr的音标和真人发音
casr是什么意思，casr的意思是
abbr.calcium sensing receptor 钙传感受体
casr 的用法和双语例句“点击”或“选中”例句中的单词，就可以看到词义解释
- CASR will be more effective when it is undertaken jointly by the reporting company , the information intermediary and the end user .
- CASR应当由报告公司、信息中介和最终使用者共同担当，才能发挥更大的效力。
- Rgl may be a CaSR agonist .
- 这些结果提示，Rgl可能是一种CaSR的激动剂。
- Objective To investigate the relationship between calcium-sensing receptor protein ( CaSR ) expression and rat cardiomyocyte apoptosis and related signal transduction pathways .
- 目的观察大鼠心肌组织和心肌细胞钙敏感受体（CaSR）蛋白表达与心肌细胞凋亡及相关信号传导途径的关系。
- The activation of CASR can inhibit parathyroid hormone secretion in parathyroid glands , reduce calcium resorption in renal tubule and stimulate calcitonin secretion in thyroid C cells .
- CASR的活化可抑制甲状旁腺激素分泌，减少肾小管钙的重吸收，促进甲状腺C细胞降钙素分泌。
- Then determined calcium channel receptor related genes , found CaSR wasn ’ t calcium signal target gene , but VDR expression level raised in Ca and SB group .
- 检测钙通道相关受体基因表达情况，发现CaSR并非钙信号的靶基因，但是[Ca2+]e和SB203580同时处理引起VDR表达水平的提高（P0.01）。
- CONCLUSION : Our results demonstrate that the CaSR is expressed in the rat cardiac tissue.The mRNA expression of CaSR changes with age and is involved in the anoxia-reperfusion injury .
- 结论：大鼠心肌组织存在钙敏感受体，其表达与月龄有一定关系，并可能参与心肌缺氧-再灌注损伤的发生。
- Objective To observe the effect of calcium sensing receptor ( CaSR ) on myocardial ischemia / reperfusion ( I / R ) injury in rats and to explore the underlying mechanism .
- 目的观察钙敏感受体在大鼠心肌缺血/再灌注损伤中的作用及其机制。
- In this paper , we have synthesized a photoluminescent material of ( CaSr ) B 6O 10 : Ce 3 + 、 Mn 2 + by high temperature solid spread methods .
- 采取高温固相扩散方法，合成了（CaSr）B6O10:Ce3+、Mn2+的光致发光材料.
- Conclusion Given the important role of the CaSR in calcium metabolism , further studies with useful genetic markers may have better chances to define the association of the CaSR gene with bone phenotype variations .
- 结论钙敏受体在钙的代谢中有显著作用，该基因与骨表型间的关系需要进一步利用有意义的遗传标记来进行研究。
- Loss of function mutations of CASR occur in familial hypocalciuric hypercalcemia ( FBHH ) and neonatal severe hyperparathyroidism ( NSHPT ) while gain of function mutations lead to autosomal dominant hypocalcemia with hypercalciuria ( ADHH ) .
- CASR失活性突变可引起家族性良性低尿钙性高钙血症（FBHH）及新生儿严重甲状旁腺功能亢进症（NSHPT），激活性突变引起常染色体显性遗传性低钙血症伴高尿钙（ADHH）。
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