化合物ST1936 OXALATE
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- CAS号:
- 1782228-83-4
- 英文名:
- ST1936 oxalate
- 英文别名:
- phosphorylation,Beta Receptor,5-HT6 receptor subtype,Adrenergic Receptor,ST-1936,ST1936,ST1936 oxalate,prefrontal cortex,Inhibitor,ST 1936,5-hydroxytryptamine Receptor,5-HT Receptor,ST-1936 oxalate,Fyn,Serotonin Receptor,inhibit,neurons
- 中文名:
- 化合物ST1936 OXALATE
- 中文别名:
- 化合物ST1936 OXALATE
- CBNumber:
- CB38054549
- 分子式:
- C15H19ClN2O4
- 分子量:
- 326.78
- MOL File:
- 1782228-83-4.mol
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化合物ST1936 OXALATE性质、用途与生产工艺
ST1936 oxalate 是一种选择性的纳摩尔亲和力的 5-HT6 受体激动剂,对人 5-HT6、5-HT7 和 5-HT2B 受体的 Ki 值分别为 13 nM,168 nM 和 245 nM。ST1936 oxalate 对人 α2 肾上腺素受体也显示出中等亲和力 (Ki 为 300 nM)。
5-HT
6
Receptor
13 nM (Ki)
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Human 5-HT
7
Receptor
168 nM (Ki)
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5-HT
2B
Receptor
245 nM (Ki)
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ST1936 appears to be relatively selective for 5-HT
6
receptors, although it has shown affinity also for 5-HT
2B
, 5-HT
1A
, 5-HT
7
receptor and α-adrenergic receptors when tested in a broad crossreactivity panel that comprised G-protein-coupled receptors, ion channel binding sites, enzymes, and transporters.
In-vivo electrophysiological studies are performed to investigate the physiological role of 5-HT
6
receptors in the control of the function of the substantia nigra pars compacta (SNc) and ventral tegmental area (VTA). Extracellular single-unit recordings are performed from putative dopamine-containing neurons in the SNc and VTA of anesthetised rats (Male Sprague-Dawley rats). In the SNc, acute systemic administration of ST1936 (Intravenous injection; 50–1600 µg/kg for the SNc; 50–400 µg/kg for the VTA) has no effects on basal firing activity of these dopamine neurons; however, in the VTA, ST1936 induces either dose-related increases (45% of cells) or decreases in basal activity of these dopaminergic neurons.
化合物ST1936 OXALATE
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1782228-83-4, 化合物ST1936 OXALATE 相关搜索:
- 化合物ST1936 OXALATE
- 1782228-83-4
- phosphorylation,Beta Receptor,5-HT6 receptor subtype,Adrenergic Receptor,ST-1936,ST1936,ST1936 oxalate,prefrontal cortex,Inhibitor,ST 1936,5-hydroxytryptamine Receptor,5-HT Receptor,ST-1936 oxalate,Fyn,Serotonin Receptor,inhibit,neurons