Organism | UniProt | Comment | Textmining |
---|---|---|---|
Alosa pseudoharengus | - |
- |
- |
Campostoma anomalum | - |
- |
- |
Catostomus commersonii | - |
- |
- |
Dorosoma cepedianum | - |
- |
- |
Etheostoma olmstedi | - |
- |
- |
Exoglossum maxillingua | - |
- |
- |
Fundulus diaphanus | - |
- |
- |
Luxilus cornutus | - |
- |
- |
Notropis hudsonius | - |
- |
- |
Rhinichthys cataractae | - |
- |
- |
Semotilus corporalis | - |
- |
- |
Synonyms | Comment | Organism |
---|---|---|
thiaminase I | - |
Notropis hudsonius |
thiaminase I | - |
Catostomus commersonii |
thiaminase I | - |
Alosa pseudoharengus |
thiaminase I | - |
Fundulus diaphanus |
thiaminase I | - |
Campostoma anomalum |
thiaminase I | - |
Luxilus cornutus |
thiaminase I | - |
Exoglossum maxillingua |
thiaminase I | - |
Semotilus corporalis |
thiaminase I | - |
Rhinichthys cataractae |
thiaminase I | - |
Etheostoma olmstedi |
thiaminase I | - |
Dorosoma cepedianum |
General Information | Comment | Organism |
---|---|---|
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Notropis hudsonius |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Catostomus commersonii |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Alosa pseudoharengus |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Fundulus diaphanus |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Campostoma anomalum |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Luxilus cornutus |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Exoglossum maxillingua |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Semotilus corporalis |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Rhinichthys cataractae |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Etheostoma olmstedi |
evolution | thiaminase activity is generally higher in the basal teleosts (clupeids, cyprinids, and catostomids) than in the more derived neoteleosts (percids and centrarchids). Thus, thiaminase activity may be a function of trait selection over evolutionary time | Dorosoma cepedianum |