GO:0015276: ligand-gated monoatomic ion channel activity (Molecular function)

"Enables the transmembrane transfer of an ion by a channel that opens when a specific ligand has been bound by the channel complex or one of its constituent parts." [GOC:mtg_transport, ISBN:0815340729]


There are 7108 sequences with this label.

Enriched clusters
Name Species % in cluster p-value corrected p-value action
Cluster_9 Azolla filiculoides 2.33 % 0.000347 0.032419
Cluster_135 Adiantum latifolium 1.96 % 0.025441 0.049843
Cluster_30 Alsophila latebrosa 1.79 % 0.012995 0.046564
Cluster_315 Amblovenatum opulentum 3.03 % 0.000174 0.005868
Cluster_304 Amblovenatum opulentum 3.45 % 0.000135 0.002421
Cluster_227 Alsophila spinulosa 33.33 % 0.0013 0.007448
Cluster_111 Alsophila spinulosa 1.13 % 0.002704 0.036431
Cluster_32 Chlamydomonas reinhardtii 2.63 % 0.000375 0.021004
Cluster_420 Dicranopteris curranii 33.33 % 0.000404 0.006466
Cluster_212 Ginkgo biloba 25.0 % 0.001645 0.020565
Cluster_100 Ginkgo biloba 1.69 % 0.02401 0.044589
Cluster_55 Ginkgo biloba 1.09 % 0.002568 0.021773
Cluster_132 Lindsaea ensifolia 2.44 % 0.006809 0.022355
Cluster_52 Lindsaea ensifolia 1.94 % 0.00013 0.001138
Cluster_175 Microlepia speluncae 4.55 % 0.00012 0.007122
Cluster_76 Microlepia speluncae 1.9 % 2.6e-05 0.001857
Cluster_162 Ophioglossum reticulatum 4.65 % 0.000163 0.001793
Cluster_114 Picea abies 3.0 % 8e-06 0.000416
Cluster_226 Pleocnemia irregularis 1.18 % 0.000949 0.016579
Cluster_116 Pleocnemia irregularis 1.89 % 0.000376 0.01444
Cluster_18 Pyrrosia piloselloides 1.82 % 0.000713 0.022817
Cluster_217 Salvinia molesta 75.0 % 0.0 0.0
Cluster_225 Salvinia molesta 16.67 % 0.002706 0.018037
Cluster_18 Vitis vinifera 4.17 % 0.001108 0.006649
Cluster_245 Arabidopsis thaliana 50.0 % 0.002241 0.017285
Cluster_36 Arabidopsis thaliana 2.86 % 0.000221 0.008084
Sequences (7108) (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 !