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Cell signaling / Phosphorus / Posttranslational modification / AMP-activated protein kinase / Phosphorylation / Snf3 / Insulin signal transduction pathway and regulation of blood glucose / Biology / Protein kinases / Cell biology


Analysis of the dynamic control of the yeast AMPK/SNF1 pathway reveals different levels of regulation Raúl García-Salcedo1,4; Timo Lubitz2; Gemma Beltran1,5; Karin Elbing1,6; Ye Tian1; Simone Frey3; Olaf Wolkenhauer3;
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Document Date: 2014-09-08 00:30:36


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City

Oviedo / Berlin / Göteborg / Tarragona / /

Country

Germany / Sweden / Spain / /

Facility

University of Gothenburg / University of Oviedo / Institute of Computer Science / Lund University / University of Rostock / /

IndustryTerm

energy homeostasis / /

Organization

University of Gothenburg / Faculty of Oenology / Department of Biochemistry and Biotechnology / University of Oviedo / Faculty of Medicine / Department of Systems Biology and Bioinformatics / Humboldt-Universität / Department of Experimental Medical Sciences / Department of Functional Biology / University of Rostock / Lund University / Universitat Rovia / Department of Chemistry and Molecular Biology / Institute of Computer Science / /

Person

Raúl García / /

PublishedMedium

Molecular Biology / /

Technology

Bioinformatics / Biotechnology / /

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