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Genetically modified mouse / Alcohol dehydrogenase / Alcoholism / Knockout mouse / Gene / Zebrafish / Behavioural genetics / Quantitative trait locus / Molecular genetics / Biology / Genetics / Molecular biology


Animal Models for the Genetic Study of Human Alcohol Phenotypes
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Document Date: 2003-06-04 13:02:56


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City

Washington / DC / VECHIA / VOLKOW / Portland / Washington DC / Totowa / /

Company

Matsushita / Humana Press / CRC Press / /

Country

United States / /

Event

FDA Phase / /

Facility

Science University / Veterans Affairs Medical Center / National Institute / /

IndustryTerm

final product / gene product / gene chip / genetic tools / food intake / alcoholic beverage / chemical / brain chemical / transgenic technology / coordinated biological systems / gene knockout technology / /

MedicalCondition

Drug Addiction / Ethanol hypersensitivity / increased alcoholism / disease / Human alcoholism / Chronic / early alcohol-induced liver injury / R.L. Herpes / psychiatric and neurological disorders / liver injury / chronic cocaine treatment / alcoholism / /

Organization

National Institute of Health / New York Academy of Sciences / Veterans Affairs Medical Center / National Academy of Sciences / Oregon Health & Science University / National Institute on Alcohol Abuse and Alcoholism / /

Person

Van Kirk / Alcohol Phenotypes Tamara Phillips / TAMARA PHILLIPS / Kranzler Kirk / Dick / Foroud / /

Position

professor / FARMER / research career scientist / candidate for further study / /

Product

nicotine / Adh4 / /

ProvinceOrState

South Dakota / Alabama / North Dakota / Oregon / /

PublishedMedium

Proceedings of the National Academy of Sciences / American Journal of Human Genetics / British Journal of Psychiatry / Current Opinion / Journal of Neuroscience / Nature Neuroscience / /

Technology

Genomics / Neuroscience / radiation / gene chip / genetic engineering / Using technologies / gene knockout technology / DNA Chip / hybridization / gene expression / recombination / /

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