FH Campus / Graph Grammar Library / University of Leipzig / Santa Fe Institute / University of Freiburg / Max Planck Institute / Fraunhofer Institute / University of Vienna / /
IndustryTerm
chemical universe / chemical reactions networks / energy predictions / reaction systems / chemical transformations / proper chemical reactions / visualization tools / chemical detail increases / stable abundant chemical species / free energy / neutral network / activation energy computation / chemical reaction networks / chemical reaction / quantum chemical computations / bacterial metabolic network / unfavorable products / desirable end products / primitive life-like systems / polymer systems / energy / chemical reaction network / energy function / physico-chemical principles / chemical reactions / prebiotic reaction networks / inaccessible reaction products / layout algorithm / reaction network / chemical reaction mechanisms / well-defined energy differences / chemical entities / chemical structure graph / solvation energy / chemical research / dynamic programming algorithms / potential energy surface / reaction classification systems / early systems / consistent energy function / minimal free energy / large reaction networks / metabolic networks / metabolic network / chemical organization / energy model / chemical bonds / chemical cracking / /
MusicGroup
Albert / Immunology / Institute / /
Organization
Fraunhofer Institute for Cell Therapy and Immunology / University of Leipzig / Institute for Theoretical Chemistry / Department of Computer Science / Computer Science / and Interdisciplinary Center for Bioinformatics / University of Vienna / Santa Fe Institute / Max Planck Institute for Mathematics / Institute for Computer Science / University of Freiburg / /
Person
Walter Fontana / Peter F. Stadler / /
Position
computer scientist / Corresponding author / point head / /
Evolution of Metabolic Networks A Computational Framework Christoph Flamm1 , Alexander Ullrich2 , Heinz Ekker1,3 , Martin Mann4 , Daniel H¨ogerl3 , Markus Rohrschneider5 , Sebastian Sauer1 , Gerik Scheuermann5 , Konstan