Amyloid beta (1‐42) peptide suppression of macroscopic homomeric Kv1.2 and heteromeric Kv1.1/1.2 currents is calcium‐ and calcineurin‐dependent: Implications for Alzheimer’s diseas... von Jamshidi, Dina, DeBoeuf, Kristi, Farley, Joseph

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Basic Science and Pathogenesis von Jamshidi, Dina, Yaklin, Logen, Burch, Sebastian, DeBoeuf, Kristi, Farley, Joseph

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Calcium‐ and Tyrosine Kinase‐Dependent Suppression of Macroscopic Homomeric Kv1.2 and Heteromeric Kv1.1/1.2 current by Amyloid Beta (1‐42) Peptide: Implications for Alzheimer’s Dis... von Jamshidi, Dina, Yaklin, Logen, Burch, Sebastian, DeBoeuf, Kristi, Farley, Joseph

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Rapid suppression of macroscopic homomeric Kv1.2 and heteromeric Kv1.1/1.2 currents by amyloid beta (1‐42) peptide: Implications for Alzheimer’s disease von Jamshidi, Dina, Watkins, Joshua, DeBoeuf, Kristi, Farley, Joseph

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Signaling Mechanisms Underlying Nicotine-Induced Upregulation of α7 Nicotinic Acetylcholine Receptor (nAChR) von Panchal, Jayharsh, Islam, Mohammad, DeBoeuf, Kristi, Farley, Joseph

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Mechanisms of Kv1.1 Channel Activity Suppression by Beta Amyloid 42 von Farley, Joseph, DeBoeuf, Kristi, Islam, Mohammad F.

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Suppressive Effects of Beta Amyloid Peptides (1-42) and (25-35) on Kv1.1 Channel Activity von Farley, Joseph, DeBoeuf, Kristi, Islam, Mohammad F., Thelen, Nicholas

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Suppression of Kv1.1 Channel Activity by Beta-Amyloid Peptides Involves both Intracellular Calcium-Signaling and Direct Peptide-Peptide Interactions von Farley, Joseph, DeBoeuf, Kristi, Islam, Mohammad F., Thelen, Nicholas, Watkins, Joshua M.

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SUPPRESSIVE EFFECTS OF AMYLOID PEPTIDE FRAGMENTS ON MACRO- AND MICRO-SCOPIC KV1.1 CHANNEL ACTIVITY von DeBoeuf, Kristi, Islam, Mohammad F., Thelen, Nick S., Farley, Joseph

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P1‐162: SUPPRESSIVE EFFECTS OF AMYLOID PEPTIDE FRAGMENTS ON MACRO‐ AND MICRO‐SCOPIC KV1.1 CHANNEL ACTIVITY von DeBoeuf, Kristi, Islam, Mohammad F., Thelen, Nick S., Farley, Joseph

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SUPPRESSION OF KV1.1 CHANNEL ACTIVITY BY AMYLOID PEPTIDE FRAGMENTS (1-42) AND THE TOXIC CORE (25-35) von DeBoeuf, Kristi, Islam, Mohammad F., Thelen, Nick S., Farley, Joseph

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P1‐176: FACILITATION EFFECTS OF SUB‐NANOMOLAR CONCENTRATIONS OF Aβ(1‐42) ON α7 NACHRS IN XENOPUS OOCYTES von Anderson, Jonathan Blake, DeBoeuf, Kristi, Panchal, Jay, Farley, Joseph

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FACILITATION EFFECTS OF SUB-NANOMOLAR CONCENTRATIONS OF Aβ(1-42) ON α7 NACHRS IN XENOPUS OOCYTES von Anderson, Jonathan Blake, DeBoeuf, Kristi, Panchal, Jay, Farley, Joseph

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P1‐193: SUPPRESSION OF KV1.1 CHANNEL ACTIVITY BY AMYLOID PEPTIDE FRAGMENTS (1‐42) AND THE TOXIC CORE (25‐35) von DeBoeuf, Kristi, Islam, Mohammad F., Thelen, Nick S., Farley, Joseph

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Endocytosis Participation in Nicotine-Induced Upregulation of Alpha 7 (A7) Nicotinic Acetylcholine Receptors (nAChRs) in Xenopus Oocytes von Farley, Joseph, Panchal, Jayharsh, DeBoeuf, Kristi, Islam, Mohammad, Blake Anderson, Jonathan, Sheel, Vasu, Hoffer, Josh

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P1‐169: ALLOSTERIC REGULATION OF α7 NACHRS BY LOW AND HIGH Aβ(1‐42) CONCENTRATIONS von Anderson, Jonathan Blake, Panchal, Jayharsh L., DeBoeuf, Kristi, Islam, Mohammad F., Mcfatridge, Ian, Farley, Joseph

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ALLOSTERIC REGULATION OF α7 NACHRS BY LOW AND HIGH Aβ(1-42) CONCENTRATIONS von Anderson, Jonathan Blake, Panchal, Jayharsh L., DeBoeuf, Kristi, Islam, Mohammad F., Mcfatridge, Ian, Farley, Joseph

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Nicotine-Upregulation of Alpha 7 nAChR in Xenopus Oocytes von Farley, Joseph, Islam, Mohammad F., Schwartz, Patrick B., DeBoeuf, Kristi, Panchal, Jayharsh, Murugesan, Thangaraju, Rose, Jed E.

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An Integrative Model of the Pleiotropic Effects of Genistein and Cyclosporine a in Functional Upregulation of Alpha 7 nAChRs von Farley, Joseph, Faridul Islam, Mohammad, Schwartz, Patrick Beard, DeBoeuf, Kristi, Rose, Jed

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P1‐169: ALLOSTERIC REGULATION OF α7 NACHRS BY LOW AND HIGH Aβ(1‐42) CONCENTRATIONS von Anderson, Jonathan Blake, Panchal, Jayharsh L., DeBoeuf, Kristi, Islam, Mohammad F., Mcfatridge, Ian, Farley, Joseph

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