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2.1 Transcription	1.30528314398867
6.4 Infectious disease: bacterial	0.41313864348109
5.4 Digestive system	0.20637401119412
5.5 Excretory system	0.199939314828295
6.10 Endocrine and metabolic disease	0.191505773342946
1.12 Chemical structure transformation maps	0.161760338396136
6.6 Immune disease	-0.0325990683319404
4.5 Cell motility	-0.0395259080278392
6.5 Infectious disease: parasitic	-0.300485173695388
6.3 Infectious disease: viral	-0.403618875288114
1.4 Nucleotide metabolism	-0.88644315092334
1.6 Metabolism of other amino acids	-1.09871106983078
6.12 Drug resistance: antineoplastic	-1.18240178680407
3.1 Membrane transport	-1.22305807668217
1.10 Biosynthesis of other secondary metabolites	-1.36688638701444
5.6 Nervous system	-1.39219176417277
5.9 Aging	-1.41857506980535
1.5 Amino acid metabolism	-1.44217284812516
4.4 Cellular community - prokaryotes	-1.59694941766023
1.2 Energy metabolism	-1.64618090618874
1.0 Global and overview maps	-1.71556717431831
2.3 Folding, sorting and degradation	-1.81200128638231
1.3 Lipid metabolism	-1.9817001874275
2.4 Replication and repair	-2.03373777821605
1.1 Carbohydrate metabolism	-2.03566931203709
6.1 Cancer: overview	-2.17657938775788
4.1 Transport and catabolism	-2.36074677579382
5.10 Environmental adaptation	-2.4107442422102
1.7 Glycan biosynthesis and metabolism	-2.4772098046525
5.1 Immune system	-2.54744026816078
5.2 Endocrine system	-2.57740031918225
1.11 Xenobiotics biodegradation and metabolism	-2.6996534740687
6.7 Neurodegenerative disease	-2.74161683885484
1.8 Metabolism of cofactors and vitamins	-2.75135115869513
3.2 Signal transduction	-2.87399302160367
1.9 Metabolism of terpenoids and polyketides	-2.8760076103235
6.2 Cancer: specific types	-2.92698659794677
6.11 Drug resistance: antimicrobial	-2.94951090236394
6.9 Cardiovascular disease	-3.22824208129624
2.2 Translation	-3.78501718493369
4.2 Cell growth and death	-4.3049460758021