TSHR CRE-Luc HEK293
CBP71485
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I. Background | |
G 蛋白偶联受体(GPCR)是跨膜蛋白受体,其特征是配体数量可变,包括内源性神 经递质和激素,也包括外源性天然和人工化合物。激动剂与受体结合后会触发信号通路的 激活;而拮抗剂则会阻碍激动剂介导的受体激活。反向激动剂除像拮抗剂一样干扰激动剂 外,还会抑制受体的组成活性。 |
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II. Description | |
TSHR CRE-Luc HEK293 报告基因药靶模型很好的模拟了体内 TSHR 的信号转导过程,原理见下图所示。 |
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Figure 1. TSHR CRE-Luc HEK293细胞模型原理图
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III. Introduction | |
Expressed gene: | TSHR |
Stability: | 32 passages (in-house test, that not means the cell line will be instable beyond the passages we tested.) |
Freeze Medium: | 90% FBS+10% DMSO |
Culture Medium: | DMEM+10%FBS+2 μg/ml puromycin+200 μg/ml hygromycin |
Mycoplasma Testing: | Negative |
Storage: | Liquid nitrogen |
Application(s): | Functional assay for TSHR |
Transducer: | Gs |
IV. Representative Data Figure 2. Recombinant TSHR CRE-Luc HEK293 stably expressing TSHR. Figure 3. Dose Response of Agonists in TSHR CRE-Luc HEK293(C31). |
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