GO:0009110: vitamin biosynthetic process (Biological process)

"The chemical reactions and pathways resulting in the formation of a vitamin, one of a number of unrelated organic substances that occur in many foods in small amounts and that are necessary in trace amounts for the normal metabolic functioning of the body." [GOC:go_curators, ISBN:0198506732]


There are 10073 sequences with this label.

Enriched clusters
Name Species % in cluster p-value corrected p-value action
Cluster_571 Actinostachys digitata 50.0 % 0.000645 0.002651
Cluster_126 Angiopteris evecta 3.57 % 0.000129 0.001131
Cluster_95 Angiopteris evecta 1.38 % 0.000859 0.00636
Cluster_255 Azolla filiculoides 50.0 % 0.005082 0.013752
Cluster_91 Amblovenatum opulentum 1.75 % 0.026762 0.046566
Cluster_119 Alsophila spinulosa 1.15 % 0.001703 0.014742
Cluster_518 Cibotium barometz 50.0 % 0.000758 0.002882
Cluster_23 Ceratopteris richardii 1.38 % 0.004696 0.040229
Cluster_162 Diplazium proliferum (Lam.) Kaulf. 4.0 % 0.000192 0.001342
Cluster_91 Diplazium proliferum (Lam.) Kaulf. 2.53 % 0.000479 0.019743
Cluster_73 Davallia denticulata 1.27 % 0.002175 0.00819
Cluster_311 Ginkgo biloba 50.0 % 0.000968 0.003292
Cluster_452 Oryza sativa 33.33 % 0.001137 0.005244
Cluster_128 Picea abies 1.04 % 0.002029 0.039793
Cluster_39 Picea abies 3.17 % 0.00022 0.003076
Cluster_299 Pleocnemia irregularis 25.0 % 0.002036 0.011806
Cluster_23 Physcomitrella patens 0.9 % 0.01361 0.044481
Cluster_8 Solanum lycopersicum 1.51 % 8.5e-05 0.001236
Cluster_37 Selaginella moellendorffii 2.27 % 0.000215 0.002128
Cluster_11 Zea mays 1.69 % 6e-05 0.00035
Cluster_157 Zea mays 2.33 % 0.018458 0.038157
Cluster_144 Zea mays 2.38 % 0.018032 0.035089
Cluster_81 Arabidopsis thaliana 3.45 % 0.006407 0.013438
Cluster_38 Arabidopsis thaliana 6.38 % 0.000126 0.001089
Cluster_47 Arabidopsis thaliana 2.63 % 0.010788 0.033375
Sequences (10073) (download table)

Info: GO-associations disabled for items with more than 300 associated sequences !
InterPro and Family associations disabled for items with more than 5000 associated sequences !