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Metabolism / Systems biology / Metabolic pathway / Pharmacology / Signal transduction / DNA repair / E2F / Biology / Cell biology / Cell signaling


Skin sensitizers differentially regulate signaling pathways in MUTZ-3 cells in relation to their individual potency
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City

ProH SN2 / Santa Clara / Metabolism / Redwood City / Braunschweig / /

Company

Qlucore AB / Thomson Reuters / MCI / Affymetrix / Ingenuity Systems Inc. / BioMed Central Ltd. / Creative Commons / /

Country

Germany / Sweden / /

Currency

pence / /

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Event

FDA Phase / /

Facility

Medicon Village building / The NFkB complex / Lund University / /

IndustryTerm

chemical reactivity combinations / chemical sensitizers / chemical reactivity groups / chemical potency / chemical selection / chemical compounds / less potent chemicals / chemical reactivity properties / given chemical reactivity / chemical reactivity / less potent chemical reactivity groups / microarray technology / Chemical reactivity abbreviations / chemical groups / chemical substances / chemical / studied chemical reactivities / chemical reactivity mechanisms / individual chemical sensitizers / reactivity / chemicals / /

MedicalCondition

injury / psoriasis / hypersensitivity / breast cancer / tumor / cancer / injury NRF2-mediated / eczema / Metabolic pathways Background Allergic contact dermatitis / inflammatory skin disease / itching / allergy / carcinomas / inflammation / inflammatory / disorders / /

Organization

NC NC / OECD / Department of Immunotechnology / European Union / Lund University / /

Position

second messenger / author / /

Product

Penicillin / Nitro / NRF2 / GeneChip® Whole Transcript / /

ProvinceOrState

Massachusetts / /

Technology

genomics / Hybridization / ATM / cell signaling / apoptosis / RMA algorithm / DNA Chip / using DNA microarray technology / /

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http /

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