Physiology of the Intrathecal Bolus: The Leptomeningeal Route for Macromolecule and Particle Delivery to CNS von Papisov, Mikhail I, Belov, Vasily V, Gannon, Kimberley S

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Publisher’s note von Gannon, Kimberley

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A Novel Augmentation Strategy for Treating Resistant Major Depression von Shelton, Richard C., Tollefson, Gary D., Tohen, Mauricio, Stahl, Stephen, Gannon, Kimberley S., Jacobs, Thomas G., Buras, William R., Bymaster, Frank P., Zhang, Wei, Spencer, Kimberley A., Feldman, Peter D., Meltzer, Herbert Y.

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Immunization reverses memory deficits without reducing brain Aβ burden in Alzheimer's disease model von Paul, Steven M, Dodart, Jean-Cosme, Bales, Kelly R, Gannon, Kimberley S, Greene, Stephen J, DeMattos, Ronald B, Mathis, Chantal, DeLong, Cynthia A, Wu, Su, Wu, Xin, Holtzman, David M

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Transduction of bitter and sweet taste by gustducin von Wong, Gwendolyn T, Gannon, Kimberley S, Margolskee, Robert F

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PRX-08066, a novel 5-hydroxytryptamine receptor 2B antagonist, reduces monocrotaline-induced pulmonary arterial hypertension and right ventricular hypertrophy in rats von Porvasnik, Stacy L, Germain, Sean, Embury, Jennifer, Gannon, Kimberley S, Jacques, Vincent, Murray, Justin, Byrne, Barry J, Shacham, Sharon, Al-Mousily, Faris

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NPT088 reduces both amyloid-β and tau pathologies in transgenic mice von Levenson, Jonathan M, Schroeter, Sally, Carroll, Jenna C, Cullen, Valerie, Asp, Eva, Proschitsky, Ming, Chung, Charlotte H.-Y, Gilead, Sharon, Nadeem, Muhammad, Dodiya, Hemraj B, Shoaga, Shadiyat, Mufson, Elliott J, Tsubery, Haim, Krishnan, Rajaraman, Wright, Jason, Solomon, Beka, Fisher, Richard, Gannon, Kimberley S

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REDUCTION OF β-AMYLOID AND PHOSPHO-TAU IN TRANSGENIC MICE BY A NOVEL FUSION PROTEIN BIVALENT FOR A GENERAL AMYLOID INTERACTION MOTIF (GAIM) von Levenson, Jonathan M, Asp, Eva, Carroll, Jenna, Cullen, Valerie, Dodiya, Hemraj, Proschitsky, Ming, Mufson, Elliott Jay, Nadeem, Muhammad, Schroeter, Sally, Shoaga, Shadiyat, Tsubery, Haim, Krishnan, Rajaraman, Solomon, Beka, Fisher, Richard Alan, Gannon, Kimberley S

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Discovery, preclinical development, and clinical trial approach for npt088, a general amyloid interaction motif (GAIM)-immunoglobulin fusion von Fisher, Richard A, Gannon, Kimberley S, Krishnan, Rajaraman, Levenson, Jonathan M, Tsubery, Haim, Asp, Eva, Carroll, Jenna C, Cullen, Valerie, Gartner, Myra, Gilead, Sharon, Gray, Michelle, Grundman, Michael, Hefti, Franz, Lulu, Michal, Masliah, Eliezer, Mufson, Elliott, Nadeem, Muhamad, Proschitsky, Ming, Rockenstien, Edward, Schroeter, Sally, Solomon, Beka, Wright, Jason S

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IMMUNOGLOBULIN-GENERAL AMYLOID INTERACTION MOTIF (IG-GAIM) MOLECULES TARGET BETA AMYLOID AND NEUROFIBRILLARY TANGLES IN VITRO AND IN VIVO von Tsubery, Haim, Krishnan, Rajaraman, Proschitsky, Ming, Asp, Eva, Lulu, Michal, Gilead, Sharon, Gartner, Myra, Gannon, Kimberley S, Levenson, Jonathan M, Schroeter, Sally, Cullen, Valerie, Carroll, Jenna, Wright, Jason, Solomon, Beka, Myszka, David, Masliah, Eliezer, Rockenstein, Edward, Waltho, Jonathon, Davis, Peter, Mufson, Elliott Jay, Nadeem, Muhammad, Fisher, Richard Alan

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P4–287: A general amyloid interaction motif (GAIM) approach to targeting multiple types of misfolded protein deposits in models of neurodegenerative disease von Masliah, Eliezer, Rockenstein, Edward, Fisher, Richard, Levenson, Jonathan, Gannon, Kimberley

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A general amyloid interaction motif (GAIM) approach to targeting multiple types of misfolded protein deposits in models of neurodegenerative disease von Masliah, Eliezer, Rockenstein, Edward, Fisher, Richard, Levenson, Jonathan, Gannon, Kimberley

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NPT002 reduces beta-amyloid aggregates and improves cognitive performance in aged TG2576 mice von Cantuti-Castelvetri, Ippolita, Gannon, Kimberly, Veinbergs, Isaac, Rassoulpour, Arash, Gannon, Kimberley, Rockenstein, Edward, Masliah, Eliezer

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P1‐342: NPT002 reduces beta‐amyloid aggregates and improves cognitive performance in aged TG2576 mice von Cantuti‐Castelvetri, Ippolita, Gannon, Kimberly, Veinbergs, Isaac, Rassoulpour, Arash, Gannon, Kimberley, Rockenstein, Edward, Masliah, Eliezer

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P2‐458: NPT001 reduces Aβ plaque without altering brain interstitial fluid Aβ levels in aged Tg2576 mice von Gannon, Kimberley, Restivo, Jessica, Fisher, Richard, Wright, Jason, Cirrito, John

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NPT001 reduces Aβ plaque without altering brain interstitial fluid Aβ levels in aged Tg2576 mice von Gannon, Kimberley, Restivo, Jessica, Fisher, Richard, Wright, Jason, Cirrito, John

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Olanzapine Treatment of Psychotic and Behavioral Symptoms in Patients With Alzheimer Disease in Nursing Care Facilities: A Double-blind, Randomized, Placebo-Controlled Trial von Street, Jamie S, Clark, W. Scott, Gannon, Kimberley S, Cummings, Jeffrey L, Bymaster, Frank P, Tamura, Roy N, Mitan, Steven J, Kadam, Deborah L, Sanger, Todd M, Feldman, Peter D, Tollefson, Gary D, Breier, Alan

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P4‐213: REDUCTION OF β‐AMYLOID AND PHOSPHO‐TAU IN TRANSGENIC MICE BY A NOVEL FUSION PROTEIN BIVALENT FOR A GENERAL AMYLOID INTERACTION MOTIF (GAIM) von Levenson, Jonathan M., Asp, Eva, Carroll, Jenna, Cullen, Valerie, Dodiya, Hemraj, Proschitsky, Ming, Mufson, Elliott Jay, Nadeem, Muhammad, Schroeter, Sally, Shoaga, Shadiyat, Tsubery, Haim, Krishnan, Rajaraman, Solomon, Beka, Fisher, Richard Alan, Gannon, Kimberley S.

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Novel fusion protein bivalent for a general amyloid interaction motif reduces beta-amyloid aggregates in transgenic mice von Levenson, Jonathan, Asp, Eva, Becker, Maria, Krishnan, Rajaraman, Masliah, Eliezer, Mufson, Elliott, Nadeem, Muhammad, Perez, Sylvia, Proschitsky, Ming, Rockenstein, Edward, Tsubery, Haim, Gannon, Kimberley

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P2–050: A novel mechanism that targets misfolded protein assemblies von Krishnan, Rajaraman, Tsubery, Haim, Waltho, Jonathon, Proschitsky, Ming, Lulu, Michal, Asp, Eva, Gilead, Sharon, Davies, Peter, Gannon, Kimberley, Masliah, Eliezer, Levenson, Jonathan, Rockenstein, Edward, Solomon, Beka, Fisher, Richard

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