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Midbrain / Basal ganglia / Nervous system / Neurology / Fluorescent dyes / Neuron / Substantia nigra / Ventral tegmental area / Dopamine / Anatomy / Brain / Biology


Journal of Neuroscience Methods[removed]–12 Use of TH-EGFP transgenic mice as a source of identified dopaminergic neurons for physiological studies in postnatal cell culture C. Jomphe a , M.-J. Bourque a , G.D. Fo
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Document Date: 2006-11-27 18:11:20


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Mundorf / Oakville / Rayport / Que. / Foster City / Montreal / Raleigh / Hamden / Palo Alto / /

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Warner Instruments Corp. / Worthington Biochemical Corp. / Vector Laboratories / Prairie Technologies LLC / Nikon / Inovision Corporation / Universal Imaging Corp / Matsushita / Sigma-Aldrich / Molecular Probes Inc. / Elsevier B.V. / Synaptosoft Inc. / /

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Japan / United States / Canada / /

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pence / /

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Facility

Fukushima Medical University / /

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saline solution / stimulation protocol / fluorescence imaging experiments / Calcium imaging / physiological saline solution / stimulation protocols / potassium methylsulfate intrapipette solution / calcium imaging experiments / extracellular bathing solution / epifluorescence imaging / imaging / experimental protocols / fluorescence imaging studies / performed using standard epifluorescence imaging / /

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Department of Molecular Genetics / Fukushima Medical University / Department of Physiology / Faculty of Medicine / Succursale Centre / Keio University School of Medicine / Department of Pharmacology / Centre de Recherche / /

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Spike / Stanford Photonics / /

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representative / Corresponding author / /

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amphotericin B / penicillin / Isee software / Isee / /

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Ontario / /

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Neuroscience / laser / two stimulation protocols / antibodies / hyperpolarizing stimulation protocol / /

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