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Biochemistry / Ion channels / Molecular biology / Piperidines / Molecular neuroscience / NMDA receptor / Ifenprodil / GRIN2B / AP5 / Biology / NMDA receptor antagonists / Chemistry


FAST TRACK Developmental Regulation of NMDA Receptor 2B Subunit mRNA and Ifenprodil Binding in the Zebra Finch Anterior Forebrain M. E. Basham,1 F. Sohrabji,2 T. D. Singh,1 E. J. Nordeen,1 K. W. Nordeen1 1
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Document Date: 2014-02-27 02:04:32

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City

College Station / Rochester / London / /

Company

John Wiley & Sons Inc. / Gene Technologies Laboratory / Genebank / GenBank / McCormick / Amersham / Aamodt SA / Knudsen / /

Event

FDA Phase / /

Facility

Texas A&M University / River Campus / University of Rochester / Calibration bar / National Institute of Mental Health Grant MH45096 / Meliora Hall / /

IndustryTerm

low-affinity ifenprodil binding site / affinity ifenprodil site / posttranscriptional processing / ifenprodil binding protocol / cDNA product / neural systems / incubation solution / polymerase chain reaction product / /

Organization

Department of Brain and Cognitive Sciences / National Institute of Health / Department of Medical Anatomy and Neurobiology / Texas A&M University / University of Rochester / National Institute of Mental Health / /

Person

Donna Shannon / Carter / Joanne Macoretta / Hashimoto / Nicolas / Gallagher / Suzanne Haber / /

Position

Representative / T. D. / /

Product

NR2B / /

ProvinceOrState

Texas / New York / /

Technology

Neuroscience / hybridization / gene expression / ifenprodil binding protocol / gel electrophoresis / /

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