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Neurophysiology / Physiology / Membrane biology / Membrane potential / Ion channel / Depolarization / Patch clamp / Voltage clamp / Resting potential / Biology / Electrophysiology / Nervous system


Invert Neurosci[removed]:57–62 DOI[removed]s10158[removed]ORIGINAL PAPER Voltage-sensitive chloride ion channels in Anopheles gambiae
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Document Date: 2014-01-08 14:47:13

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Molecular Devices LLC / Matsuda / W. H. Freeman and Co. / Fisher Scientific / Burr SA / /

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University of Florida / Imperial College / Virginia Polytechnic Institute / State University / Emerging Pathogens Institute / Towers PR / /

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internal potassium solution / voltage ramp protocols / pipette solution / intracellular solutions / nervous systems / intracellular pipette solution / internal solution / intracellular solution / pest management / physiological solution / extracellular bath solution / normal physiological solution / membrane test protocols / /

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malaria / mouse neuroblastoma cells / deficiency / /

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State University / Department of Entomology / USDA / Emerging Pathogens Institute / University of Florida / Imperial College / Polytechnic Institute / Department of Entomology and Nematology / /

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Arch Insect Biochem Physiol / Fotis Kafatos / Rock JR / Jeffrey R. Bloomquist / Lacey J. Jenson Jeffrey / Jake Tu / Dmitry Diykov / Michael Povelones / /

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King / Professor / Cao / Representative / /

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penicillin / /

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FL / D / /

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Missouri / Virginia / New York / Georgia / /

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ufl / /

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drug delivery / voltage ramp protocols / membrane test protocols / cloning / high-throughput screening system / /

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