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Genetics / Molecular genetics / Biotechnology / Tetracycline-controlled transcriptional activation / Cre-Lox recombination / Cre recombinase / Floxed / Gene expression / Gene knockout / Biology / Molecular biology / DNA


63 NOVEL STRATEGIES FOR MANIPULATING HEPATIC GENE EXPRESSION IN VIVO MARXA L. FIGUEIREDO ERIC P. SANDGREN
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Document Date: 2009-04-15 10:28:50

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City

Madison / Tetracycline / Palo Alto / /

Company

Inducible Systems / Tetracycline-Based Regulatory Systems / Present 965 Tetracycline-Based Regulatory Systems / GENE TARGETING 963 INDUCIBLE SYSTEMS / /

Country

United States / /

Currency

pence / /

Event

FDA Phase / /

Facility

University of Wisconsin / /

IndustryTerm

transcriptional start site / mammalian systems / rtTA systems / potential applications / loxP site / neo resistance gene product / transcriptional machinery / transgenic mouse technology / regulatory systems / heavy metal ions / /

MedicalCondition

Cancer / Liver Growth Disorders / disease / shock / carcinogenesis / inflammatory mediators / tumor necrosis / APPLICATIONS OF TET AND CRE/LOX SYSTEMS TO THE STUDY OF LIVER GROWTH AND DISEASE / /

Organization

Department of Pathobiological Sciences / School of Veterinary Medicine / University of Wisconsin / /

Person

M. L. Figueiredo / /

Position

reporter / /

Product

Cre / Doxycycline / Tet / /

ProvinceOrState

Wisconsin / /

RadioStation

Rossi FM / /

Technology

electroporation / transgenic mouse technology / GENE EXPRESSION / Transgenic technology / stem cells / DNA binding / genotype / gene targeting system / recombination / gene expression system / /

SocialTag