英文名称:BDCA2 Reporter Cell Line 是否进口:否 血液树突细胞抗原2(BDCA2)是一种在人浆细胞样树突细胞(pDC)上表 达的C型凝集素,与SLE发生机制有关。LBDCA2由在其C端的单个胞外碳水化合物识别域 (CRD) (其属于II类C型凝集素组)、跨膜区和在其N端的短胞质尾区(其不含信号基序)组成。BDCA2通过相关的跨...
2021年5月23日,中科院分子植物科学卓越创新中心赵杨研究组和河南大学朱晓红教授合作在Cell子刊STAR protocols发表文章“Screening for Arabidopsis mutants with altered Ca2+ signal response using aequorin-based Ca2+ reporter system”,详细介绍了筛选拟南芥Ca2+信号缺陷突变体的方法与具体的实验流程。该文章利用两种不同...
Development of an inducible NMDA receptor stable cell line with an intracellular Ca2+ reporter. Eur J Pharmacol 366, 319-28. :Renard S, Drouet-Petre C, Partiseti M, Langer SZ, Graham D, Besnard F (1999) Development of an inducible NMDA receptor stable cell line with an intracellular Ca2+...
数据展示(部分) GM-C13225:H_BDCA2 Reporter Jurkat Cell Line 与H_FCGR2B(CD32B) CHO-K1 Cell Line共培养后使用Anti-H_BDCA2 hIgG1 Antibody(Litifilimab)激活验证 GM-C13187:H_BDCA2 CHO-K1 Cell Line 使用Anti-H_BDCA2 hIgG1 Antibody(Litifilimab) GM-C13188:Cynomolgus_BDCA2 CHO-K1 Cell Line...
these cells remain unknown. A combined approach using high-speed confocal Ca2+imaging and scRNAseq has been employed to characterize these cell populations (Chabosseau et al.2023). To do so, β cells were labeled with a genetically encoded Ca2+reporter (GcaMP6f) and photolabelled based on ...
GM-C13225:H_BDCA2 Reporter Jurkat Cell Line 与H_FCGR2B(CD32B) CHO-K1 Cell Line共培养后使用Anti-H_BDCA2 hIgG1 Antibody(Litifilimab)激活验证 GM-C13187:H_BDCA2 CHO-K1 Cell Line 使用Anti-H_BDCA2 hIgG1 Antibody(Litifilimab)流式验证结果 ...
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Following this conformational change, there is an increase in YFP emission (525–560 nm) and a simultaneous decrease in CFP emission (460–500 nm) (Figure 19.5.3), making Cameleon an effective reporter of calcium mobilization. This Ca2+-de...
为检测启动子的启动效率,将不同长度的map3k15启动子片段亚克隆入luciferasereporter载体pgl4.1,进行荧光素酶活性测定。经测定2293bp和499bp片段有很好的启动效率。 用非连接酶依赖型的多片段一步克隆法将2293bp及499bp启动子分别亚克隆至raav-ef1α-nls-cre-wpre-pa载体并取代已有的ef1α启动子;获得raav-map3k15-...
Screening of Arabidopsis mutants with altered Ca2+ signal response using the AEQ-based Ca2+ reporter system (Col-0 wild type expressing 35S promoter-driven apoaequorin) has led to the identification of receptors or regulators involved in Ca2+ signaling in response to environmental changes during the...