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Biology / Toxicology / Cosmetics / Skin care / Animal testing / Toxicity / Ingredients of cosmetics / Science / Animal rights / Scientific method


Predicting long-term toxic effects using computer models based on systems characterization of organotypic cultures Background Cosmetic and hygiene products such as make-up, soap or toothpaste are an integral part of our
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Document Date: 2013-08-30 09:04:47

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City

Karolinska Institutet / Saarlandes / /

Company

Insilico Biotechnology AG / Biopredic International SARL / Project Office GmbH / Künstliche Intelligenz GmbH / Cambridge Cell Networks Ltd. / /

Country

Germany / France / Netherlands / United Kingdom / Israel / Sweden / /

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Facility

Weizmann Institute of Science / /

IndustryTerm

experimental and computational technologies / market new products / predictive alternative biological systems / finished cosmetic products / hygiene products / /

MedicalCondition

allergies / cancer / /

Organization

Institut National de Recherche / European Commission / European Union / Cosmetics Europe / Weizmann Institute of Science / /

Person

Van Leeuwenhoek Ziekenhuis / Jan Hengstler / Jörn Walter / Magnus Ingelman-Sundberg / Philipp Slusallek / Dirk Drasdo / Amos Tanay / Klaus Mauch / Christoph Chesné / Fozia Noor / Elmar Heinzle / Alain van Dorsselaer / Gordana Apic / Verena Peuser Eurice / Verena Peuser / /

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Position

rt / /

Technology

proteomics / T-1 / epigenomics / tomography / transcriptomics / metabolomics / experimental and computational technologies / /

URL

www.notox / www.notox-sb.eu / /

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