| Prior-Knowledge | Description | Expectation | Prediction | Conclusion | Leaf Statistics |
|---|---|---|---|---|---|
| Evidence_123 | TIGR01801 HMM | True - {{t}} | True - {{t}} | Confirmed presence | |
| Evidence_115 | TIGR01795 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| Evidence_127 | TIGR01805 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| Evidence_113 | TIGR01791 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| Evidence_135 | PF00800 HMM | True - {{t}} | True - {{t}} | Confirmed presence | |
| Evidence_131 | TIGR01807 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| Component_157 | prephenate dehydratase | True - {{t}} | True - {{t}} | Confirmed presence | |
| Evidence_117 | TIGR01796 HMM | True - {{t}} | True - {{t}} | Confirmed presence | |
| Evidence_133 | TIGR01808 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| GenProp0039 | phenylalanine biosynthesis from chorismate~The aromatic amino acid phenylalanine is synthesized via a three step pathway from chorismate. The first two steps, isomerization of chorismate to prephenate and dehydration of prephenate to phenylpyruvate are modelled by specific HMMs. The third step, transamination of phenylpyruvate to form phenylalanine has not been ascribed to a specific transaminase in non-mammals. The YES state for this pathway is therefore indicative of the presence of the two characterized steps. | True - {{t}} | True - {{t}} | Confirmed presence | |
| Component_155 | chorismate mutase | True - {{t}} | True - {{t}} | Confirmed presence | |
| Evidence_129 | TIGR01806 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| Evidence_119 | TIGR01797 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| Evidence_121 | TIGR01799 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence | |
| Evidence_125 | TIGR01802 HMM | None - {{∅}} | False - {{f}} | Unconfirmed absence |