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5-Hydroxyindole Potentiates Human A 7 Nicotinic Receptor-Mediated Responses And Enhances Acetylcholine-Induced Glutamate Release In Cerebellar Slices

Zwart, R.; De Filippi, G.; Broad, L.M.; McPhie, G.I.; Pearson, K.H.; Baldwinson T.; and Sher E. Lilly Research Neuropharmacology 43 (3) (2002)
Citation in paper containing MatTek reference "Glass-bottomed microwell dishes (35 mm; coated with poly-d-lysine) were from MatTek Corporation (Ashland; MA; USA)"
Keywords

a7 Nicotinic receptor; Xenopus oocyte; Cerebellar slice; 5-Hydroxyindole; Potentiation; Modulation

Microscopic Technique

Fluorescence Microscopy

Cell Line

GH4

Part Number

P35GC-0-14-C

Link to Paper