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Neurons / Neurophysiology / Neurology / Proteins / Dendritic spine / Rho family of GTPases / Postsynaptic density / Synaptic plasticity / Synaptosome / Biology / Neuroscience / Nervous system


Research Article Pharmacological reversion of sphingomyelininduced dendritic spine anomalies in a Niemann Pick disease type A mouse model Ana I Arroyo1,†, Paola G Camoletto1,2,†, Laura Morando2, Marco Sassoe-Pognett
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Document Date: 2014-03-18 09:34:05


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File Size: 1,35 MB

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City

Madrid / New York / /

Company

Creative Commons / /

Country

Italy / /

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Facility

National Institute of Neuroscience-Italy / University of Turin / Icahn Medical Institute / /

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IndustryTerm

synaptosome isolation protocol / protein machinery interacting / therapies for these diseases / treatment of different human diseases / /

MedicalCondition

ataxia / Genetic Disease / different human diseases / Niemann Pick disease / ASM deficiency / cognitive impairment / cognitive disorders / diseases / sphingolipidosis / memory deficits / lipidosis / human disease / such deficiency / /

Organization

Oral administration / University of Turin / Turin / National Institute / Mount Sinai School of Medicine / Department of Neurobiology / Belgium Department of Genetics and Genomic Sciences / Icahn Medical Institute / Katholieke Universiteit Leuven / Spain Department of Neuroscience / Italy Department of Cellular and Molecular Medicine / /

Person

Ana I Arroyo / Van Meer / /

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Position

mouse model for NPA / USA *Corresponding author / /

Product

dexamethasone / Ymaze / /

ProvinceOrState

New York / /

Technology

Gene Therapy / Neuroscience / polymerization / genotype / synaptosome isolation protocol / /

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