\Century{750}
\sammlung{15678 Stoffwechselwege}
15629 Minoru Kanehisa: Toward pathway engineering - a new database
of genetic and molecular pathways.
Science \& Technology Japan 59 (1996), 34-38.\\

15642 Minoru Kanehisa/Susumu Goto: KEGG - Kyoto Encyclopedia of Genes
and Genomes. Nucleic Ac. Res. 28/1 (2000), 27-30.\\

15628 Minoru Kanehisa/Susumu Goto/Shuichi Kawashima/Akihiro Nakaya:
The KEGG databases at GenomeNet. Nucl. Ac. Res. 30/1 (2002), 42-46.\\

15630 Mitsuteru Nakao a.o.: Genome-scale gene expression analysis and
pathway reconstruction in KEGG. Genome Informatics 10 (1999), 94-103.\\

15626 Hiroyuki Ogata a.o.: Analysis of binary relations and hierarchies
of enzymes in the metabolic pathways. Genome Informatics 7 (1996), 
128-136.\\

15627 S. Goto a.o.: Organizing and computing metabolic pathway data
in terms of binary relations. Pac. Symp. Biocomput. 1997, 175-186.\\

15641 Akihiro Nakaya/Susumu Goto/Minoru Kanehisa: Extraction of correlated
gene clusters by multiple graph comparison.
Genome Informatics 12 (2001), 44-53.\\

15488 David Fell: Beyond genomics.
Trends in Genetics 17/12(2001), 680-682.\\

15481 Eberhard Voit: Metabolic modeling - a tool of drug discovery in
the post-genomic era. DDT 7/11 (2002), 621-628.\\

15487 Richard Trethewey: Gene discovery via metabolic profiling.
... (...), 135-138.\\

15403 John Koza a.o.: Reverse engineering of metabolic pathways from
observed daa using genetic programming. Internet ca. 2001, 12p.\\

15493 Orly Alter/Patrick Brown/David Botstein: Singular value decomposition
for genome-wide expression data processing and modeling.\par
PNAS 97/18 (2000), 10101-10106.\\

15485 Stefan Schuster/Thomas Dandekar/David Fell: Detection of elementary
flux models in biochemical networks - a promising tool for pathway analysis
and metabolic engineering. Tibtech February 1999, 54-60.\\

15480 Eberhard Voit/Tomas Radiovoyevitch: Biochemical systems analysis
of genome-wide expression data. ... (2000), 1023-1037.\\

15486 Stefan Schuster/David Fell/Thomas Dandekar: A general definition
of metabolic pathways useful for systematic organization and analysis
of complex metabolic networks. Nature Biotechnol. March 2000, 326-332.\\

15490 E. Ravasz a.o.: Hierarchical organization of modularity in metabolic
networks. Science 30 August 2002, 1551-1555.\\

15575 Marta Cascante a.o.: Metabolic control analysis in drug discovery
and disease. Nature Biotechn. March 2002, 243-249.\\

15492 David Fell/Andreas Wagner: The small world of metabolism.
Nature Biotechnology November 2000, 1121-1122.\\

15491 H. Jeong a.o.: The large-scale organization of metabolic networks.
\par Nature 5 October 2000, 651-654.\\

15477 Trey Ideker a.o.: Integrated genomic and proteomic analyses of a
systemically perturbed metabolic network. Science 4 May 2001, 929-934.\\

15578 Elaine Holmes: Metabonomic expert systems for toxicity screening
and disease diagnosis. Internet ca. 2001, 2p.\\

15408 Andrew Wuensche: Basins of attraction in network dynamics.\par
Internet ca. 2002, 17p.\\

15478 Reka Albert/Hawoong Jeong/Albert-Laszlo' Barabasi: Error and
attack tolerance of complex networks. Nature 27 July 2000, 378-382.\\

15483 Laszlo Boros/Marta Cascante/Wai-Nang Paul Lee: Metabolic profiling
of cell growth and death in cancer - applications in drug discovery.\par
DDT 7/6 (2002), 364-372.\\

15484 Michael Bittner/Paul Meltzer/Jeffrey Trent: Data analysis and
integration - of steps and arrows. Nature Genetics July 1999, 213-215.\\

15595 James Bailey: Lessons from metabolic engineering for functional
genomics and drug discovery. Nature Biotechnol. July 1999, 616-618.\\

15206 Frank Kose/Wolfram Weckwerth/Thomas Linke/Oliver Fiehn:
Visualizing plant metabolomic correlation networks using
clique-metabolism matrices.\par Bioinformatics 17/12 (2001), 1198-1208.\\

\end{tabular}