Table 3 GO terms that are over represented in one member of a species pair
From: Altered patterns of gene duplication and differential gene gain and loss in fungal pathogens
Species pair | Generic GO Slim Ontology (GO) Term | Species with over-represented GO terms |
|---|---|---|
M. grisea/N. crassa | electron transport ‡ | M. grisea |
M. grisea/N. crassa | transport | Â |
M. grisea/N. crassa | generation of precursor metabolites and energy ‡ |  |
M. grisea/N. crassa | catalytic activity ‡ |  |
F. graminearum/T. reesei | transport | F. graminearum |
F. graminearum/T. reesei | transporter activity | Â |
F. graminearum/T. reesei | electron transport ‡ |  |
F. graminearum/T. reesei | generation of precursor metabolites and energy ‡ |  |
F. graminearum/T. reesei | catalytic activity ‡ |  |
F. graminearum/T. reesei | cytoplasm | T. reesei |
F. graminearum/T. reesei | lysosome | Â |
F. graminearum/T. reesei | Intracellular | Â |
F. graminearum/T. reesei | cellular component organization and biogenesis | Â |
F. graminearum/T. reesei | organelle | Â |
A. nidulans/S. nodorum | DNA Binding | A. nidulans |
A. nidulans/S. nodorum | transcription regulator activity | Â |
A. nidulans/S. nodorum | transcription | Â |
A. nidulans/S. nodorum | regulation of biological process | Â |
A. nidulans/S. nodorum | nucleus | Â |
A. nidulans/S. nodorum | nucleobase nucleoside nucleotide and nucleic acid | Â |
A. nidulans/S. nodorum | metabolic process | Â |
A. nidulans/S. nodorum | nucleic acid binding | Â |
A. nidulans/S. nodorum | cytoplasm | Â |
A. nidulans/S. nodorum | intracellular | Â |
A. nidulans/S. nodorum | catalytic activity ‡ |  |
A. nidulans/S. nodorum | electron transport ‡ |  |
A. nidulans/S. nodorum | generation of precursor metabolites and energy ‡ |  |
A. nidulans/S. nodorum | organelle | Â |
A. nidulans/S. nodorum | peptidase activity | S. nodorum |
A. nidulans/S. nodorum | catabolic process | Â |
A. nidulans/S. nodorum | antioxidant activity | Â |
A. nidulans/S. nodorum | extracellular region | Â |
P. chrysosporium/U. maydis | electron transport ‡ | P. chrysosporium |
P. chrysosporium/U. maydis | carbohydrate binding | Â |
P. chrysosporium/U. maydis | extracellular region | Â |
P. chrysosporium/U. maydis | response to abiotic stimulus | Â |
P. chrysosporium/U. maydis | generation of precursor metabolites and energy ‡ |  |
P. chrysosporium/U. maydis | nucleic acid binding | Â |
P. chrysosporium/U. maydis | nucleotide binding | Â |
P. chrysosporium/U. maydis | catalytic activity ‡ |  |
P. chrysosporium/U. maydis | protein complex | Â |
P. chrysosporium/U. maydis | peptidase activity | Â |
P. chrysosporium/U. maydis | multicellular organismal development | Â |
P. chrysosporium/U. maydis | amino acid and derivative metabolic process | Â |
P. chrysosporium/U. maydis | reproduction | Â |
P. chrysosporium/U. maydis | catabolic process | Â |