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6.2 Cancer: specific types	1.51414648366161
1.4 Nucleotide metabolism	0.917463927619811
2.4 Replication and repair	0.801650355735651
1.5 Amino acid metabolism	0.744439799817228
2.2 Translation	0.734006249245049
6.10 Endocrine and metabolic disease	0.69108293805525
6.7 Neurodegenerative disease	0.392831665552792
5.9 Aging	0.384749164102532
6.11 Drug resistance: antimicrobial	0.322824564564905
1.11 Xenobiotics biodegradation and metabolism	0.314603553708149
1.8 Metabolism of cofactors and vitamins	0.306556977411197
2.3 Folding, sorting and degradation	0.291759226471451
1.2 Energy metabolism	0.289979236588583
6.12 Drug resistance: antineoplastic	0.250147582827592
5.1 Immune system	0.229309435308411
2.1 Transcription	0.218866881515273
1.7 Glycan biosynthesis and metabolism	0.177415295894859
5.4 Digestive system	0.177413551260094
1.0 Global and overview maps	0.176608063681865
5.5 Excretory system	0.151785019213767
6.9 Cardiovascular disease	0.141732374281597
3.1 Membrane transport	0.121996515183787
6.6 Immune disease	0.109127111950906
6.5 Infectious disease: parasitic	0.106009878799724
4.5 Cell motility	0.0440334382838296
6.4 Infectious disease: bacterial	0.0169208151538179
4.3 Cellular community - eukaryotes	-0.0419590679148345
6.3 Infectious disease: viral	-0.121916368476987
1.1 Carbohydrate metabolism	-0.145068258811357
6.1 Cancer: overview	-0.232079711064023
3.3 Signaling molecules and interaction	-0.235932001019762
1.10 Biosynthesis of other secondary metabolites	-0.262420743715829
1.6 Metabolism of other amino acids	-0.334919836213049
4.1 Transport and catabolism	-0.411790048052127
1.9 Metabolism of terpenoids and polyketides	-0.422292967716421
3.2 Signal transduction	-0.525677870891046
1.3 Lipid metabolism	-0.595669516129229
5.2 Endocrine system	-0.666821911264443
4.4 Cellular community - prokaryotes	-0.67827903777028
4.2 Cell growth and death	-0.689007997323163
5.10 Environmental adaptation	-1.22795224988705
5.6 Nervous system	-1.51763311274366