Table 3 Gene Ontology (GO) analysis of transcriptomes associated with crocins accumulation in Crocus
From: Multi-species transcriptome analyses for the regulation of crocins biosynthesis in Crocus
Sample | Biological process | Cellular component | Molecular function | No hits |
|---|---|---|---|---|
sativus-SI | 19% 21% Metabolic process 13% Response to stimulus 11% Biological function | 16% 41% Cell part 14% Organelle 13% Membrane | 20% 42% Binding 32% Catalytic activity 3% Nucleic acid binding transcription factor activity | 45% |
sativus-SII | 18% 21% Metabolic process 12% Response to stimulus 11% Biological function | 16% 41% Cell part 14% Organelle 15% Membrane | 19% 41% Binding 32% Catalytic activity 3% Nucleic acid binding transcription factor activity | 48% |
cartwrightianus-SI | 16% 20% Metabolic process 15% Response to stimulus 11% Biological function | 15% 46% Cell part 29% Organelle 7% Membrane | 11% 33% Catalytic activity 32% Binding 5% Transporter activity 3% Nucleic acid binding transcription factor activity | 58% |
cartwrightianus-SII | 16% 20% Metabolic process 14% Response to stimulus 11% Biological function | 15% 46% Cell part 29% Organelle 7% Membrane | 11% 32% Catalytic activity 32% Binding 5% Transporter activity 3% Nucleic acid binding transcription factor activity | 59% |
ancyrensis-SI | 17% 20% Metabolic process 15% Response to stimulus 11% Biological function | 15% 46% Cell part 29% Organelle 7% Membrane | 11% 33% Catalytic activity 32% Binding 5% Transporter activity 3% Nucleic acid binding transcription factor activity | 57% |
ancyrensis-SII | 16% 20% Metabolic process 14% Response to stimulus 11% Biological function | 15% 46% Cell part 29% Organelle 7% Membrane | 10% 33% Catalytic activity 32% Binding 5% Transporter activity 3% Nucleic acid binding transcription factor activity | 59% |