Application | Comment | Organism |
---|---|---|
analysis | construction of a reporter strain by inserting a gene fusion of apcA, the first gene of the apc-bal operon, with the gene for the fluorescent protein mCherry into the chromosome. mCherry production is proportional to the applied acetophenone concentrations. The reporter strain allows quantification of acetophenone within a concentration range of 50 microM (detection limit) to 250 microM after 12 and 24 h. Production of the Apc-mCherry fusion protein in the reporter strain is highly specific and responds to acetophenone and both enantiomers of 1-phenylethanol | Aromatoleum aromaticum |
Organism | UniProt | Comment | Textmining |
---|---|---|---|
Aromatoleum aromaticum | Q5P5G2 and Q5P5G3 and Q5P5G4 and Q5P5G5 and Q5P5G6 | Q5P5G2 i.e. alpha-subunit, Q5P5G3 i.e. beta-subunit, Q5P5G4 i.e. gamma-subunit, Q5P5G5 i.e. delta-subunit, Q5P5G6 i.e. epsilon-subunit | - |
Aromatoleum aromaticum EbN1 | Q5P5G2 and Q5P5G3 and Q5P5G4 and Q5P5G5 and Q5P5G6 | Q5P5G2 i.e. alpha-subunit, Q5P5G3 i.e. beta-subunit, Q5P5G4 i.e. gamma-subunit, Q5P5G5 i.e. delta-subunit, Q5P5G6 i.e. epsilon-subunit | - |
Synonyms | Comment | Organism |
---|---|---|
Apc1 | alpha-subunit | Aromatoleum aromaticum |
APC2 | beta-subunit | Aromatoleum aromaticum |
Apc3 | gamma-subunit | Aromatoleum aromaticum |
Apc4 | delta-subunit | Aromatoleum aromaticum |
Apc5 | epsilon-subunit | Aromatoleum aromaticum |
Organism | Comment | Expression |
---|---|---|
Aromatoleum aromaticum | expression of alpha-subunit is proportional to the applied acetophenone concentrations | up |