10158 Ontology Annotations
Class | GO Term | Gene Name | Db |
---|---|---|---|
GOAnnotation | GO:0019835 | evm.TU.supercontig_132.30 | |
OntologyAnnotation | GO:0019835 | evm.model.supercontig_132.30 | GO |
OntologyAnnotation | GO:0019835 | evm.model.supercontig_184.5 | GO |
GOAnnotation | GO:0019835 | evm.TU.supercontig_184.5 | |
GOAnnotation | GO:0019835 | 27471.t000007 | |
OntologyAnnotation | GO:0019835 | 27471.m000407 | GO |
GOAnnotation | GO:0019835 | 30202.t000007 | |
OntologyAnnotation | GO:0019835 | 30202.m000254 | GO |
GOAnnotation | GO:0019835 | Cucsa.338710 | |
OntologyAnnotation | GO:0019835 | Cucsa.338710.1 | GO |
OntologyAnnotation | GO:0019835 | orange1.1g019718m | GO |
GOAnnotation | GO:0019835 | orange1.1g019718m.g | |
OntologyAnnotation | GO:0019835 | orange1.1g031200m | GO |
GOAnnotation | GO:0019835 | orange1.1g031200m.g | |
GOAnnotation | GO:0019835 | AT2G20142 | |
OntologyAnnotation | GO:0019835 | AT2G20142.1 | GO |
GOAnnotation | GO:0019835 | AT2G36410 | |
OntologyAnnotation | GO:0019835 | AT2G36410.1 | GO |
GOAnnotation | GO:0019835 | AT3G11397 | |
OntologyAnnotation | GO:0019835 | AT3G11397.1 | GO |
OntologyAnnotation | GO:0019835 | AT4G11000.1 | GO |
GOAnnotation | GO:0019835 | AT4G11000 | |
OntologyAnnotation | GO:0019835 | AT5G16690.1 | GO |
GOAnnotation | GO:0019835 | AT5G16690 | |
OntologyAnnotation | GO:0019835 | AT5G57060.2 | GO |
OntologyAnnotation | GO:0019835 | AT5G57060.1 | GO |
GOAnnotation | GO:0019835 | AT5G57060 | |
OntologyAnnotation | GO:0019835 | AT5G64180.1 | GO |
GOAnnotation | GO:0019835 | AT5G64180 | |
GOAnnotation | GO:0019835 | Thhalv10021497m.g |
3 Parents
Identifier | Name | Description |
---|---|---|
GO:0019835 | cytolysis | The rupture of cell membranes and the loss of cytoplasm. |
GO:0009987 | cellular process | Any process that is carried out at the cellular level, but not necessarily restricted to a single cell. For example, cell communication occurs among more than one cell, but occurs at the cellular level. |
GO:0008150 | biological_process | Any process specifically pertinent to the functioning of integrated living units: cells, tissues, organs, and organisms. A process is a collection of molecular events with a defined beginning and end. |