Functional clusters

Information

  • Type Gene Ontology
  • Description Piccolo NuA4 histone acetyltransferase complex

Cluster overview

Species Chromosome Experiment Cluster id Cluster size Number of genes E-value
Amborella trichopoda AmTr_v1.0_scaffold00061 3 CH_atr_322 2 2 0.000794407
Camellia sinensis var. sinensis Chr1 3 CH_camsi_678 2 2 0.000275128
Corylus avellana 11 3 CH_cav_323 2 2 0.000230008
Carya illinoinensis Chr13 3 CH_cil_452 2 2 0.000371897
Citrullus lanatus CG_Chr03 3 CH_cla_37 3 3 0.0000000472204
Carica papaya supercontig_10 3 CH_cpa_220 2 2 0.000285198
Hydrangea macrophylla Hma1.2p1_0007F.1 3 CH_hma_230 2 3 0.000333241
Lonicera japonica GWHAAZE00000005 3 CH_lonja_440 2 2 0.000179662
Malus domestica Chr07 3 CH_mdo_594 2 2 0.000379212
Sequoiadendron giganteum chr7 3 CH_sgi_1125 2 2 0.000146145
Sapria himalayana scaffold37_5694058 3 CH_shi_197 2 2 0.000171541
Solanum lycopersicum SL4.0ch02 3 CH_sly_484 2 2 0.000352164
Amborella trichopoda AmTr_v1.0_scaffold00061 4 CH_atr_322 2 2 0.000794407
Camellia sinensis var. sinensis Chr1 4 CH_camsi_678 2 2 0.000275128
Corylus avellana 11 4 CH_cav_323 2 2 0.000230008
Carya illinoinensis Chr13 4 CH_cil_452 2 2 0.000371897
Citrullus lanatus CG_Chr03 4 CH_cla_37 3 3 0.0000000472204
Carica papaya supercontig_10 4 CH_cpa_220 2 2 0.000285198
Hydrangea macrophylla Hma1.2p1_0007F.1 4 CH_hma_230 2 3 0.000333241
Lonicera japonica GWHAAZE00000005 4 CH_lonja_440 2 2 0.000179662
Malus domestica Chr07 4 CH_mdo_594 2 2 0.000379212
Sequoiadendron giganteum chr7 4 CH_sgi_1125 2 2 0.000146145
Sapria himalayana scaffold37_5694058 4 CH_shi_197 2 2 0.000171541
Solanum lycopersicum SL4.0ch02 4 CH_sly_484 2 2 0.000352164

Functional Clusters Experiments

Exp id Data type Data filter Min genes cluster Max genes cluster Max cluster size E-value Tandems removal
1 MapMan No filter applied. 2 30 80 0.001
2 MapMan No filter applied. 2 30 80 0.001
3 GO All GO data. 2 30 80 0.001
4 GO All GO data. 2 30 80 0.001
5 InterPro No filter applied. 2 30 80 0.001
6 InterPro No filter applied. 2 30 80 0.001