Transmembrane Transporters / Receptor Biochemistry and Methodology (PDF)

Series Preface. Preface. Contributors. Families of Transporters and Their Classification (M. Saier). Yeast as a Model System for Studying Glucose Transport (E. Boles). Neurotransmitter Transporters of Drosophila (M. Burg & W. Pak). Transgenic Mice in Monoamine Transporter Research (S. Jones). Searching for Novel Genetic Variation in Neurotransmitter Transporters (R. Blakely & A. Belous). Nonviral Gene Transfer Allows Up- and Down-Expression of the Brain Serotonin Transporter with Functional Consequences (M. Martres, et al.). Methods in Studying the Regulation and Trafficking of Transmembrane Transporters (S. Deken, et al.). Chemical Modification Strategies for Structure-Function Studies (G. Rudnick). Methanethiosulfonate Reagent Accessibility Studies, Cysteine-Scanning Mutagenesis, Protein Overexpression, and Functional Reconstitution: A Strategy for Studying the Structure/Function Relationships within the Mitochondrial Citrate Transport Protein (R. Kaplan). Peptide Mapping of Dopamine Transporter Ligand and Substrate Interaction Sites (M. Lowe, et al.). Mass Spectrometry of Membrane Transport Proteins (J. Whitelegge, et al.). Amperometric Recording of Amphetamine-Induced Dopamine Efflux (D. Sulzer, et al.). Voltage Clamp and Fluorometric Techniques for Studying Glutamate Transporter Function (A. Tzingounis, et al.). Studies of Glial Glutamate Transporters in Hippocampal Microcultures (S. Mennerick, et al.). Imaging Monoamine Transporters in the Brain (H. Kung & M. Kung). Measuring and Modeling the Spatiotemporal Profile of GABA at the Synapse (L. Overstreet, et al.). Index.

Michael W. Quick received his Ph.D. from Emory University in 1992. Following postdoctoral training at the California Institute of Technology, he joined the faculty at the University of Alabama at Birmingham. His work focuses on the mechanisms by which neurotransmitter transporter function and expression are regulated.

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