Table 1.
Dyes used at the experiment – characterization (based on [29])
| Triphenylmethane dyes | |||
| |||
| Molecular formula: C27H34N2O4S | Molecular weight: 482.63 g/mol | Absorbance – λ max.[nm]: 624 | Nr C.I.: 42040 |
| |||
| Molecular formula: C25H30N3Cl | Molecular weight: 407.98 g/mol | Absorbance – λ max.[nm]: 590 | Nr C.I.: 42555 |
| Fluorone dyes | |||
| |||
| Molecular formula: C20H6I4Na2O5 | Molecular weight: 879.84 g/mol | Absorbance – λ max.[nm]: 527 | Nr C.I.: 45430 |
| Disazo dyes | |||
| |||
| Molecular formula: C34H24N6Na4O14S4 | Molecular weight 960.79 g/mol | Absorbance – λ max.[nm]: 606 | Nr C.I.: 23860 |
Figure 1.
Decolorization potential of bacteria strains isolated from sewage
Figure 2.
Decolorization potential of bacteria strains isolated from compost
Figure 3.
Decolorization potential of bacteria strains isolated from rotten wood of beech
Figure 4.
The impact of usage the organic or mineral medium on decolorization potential of bacteria isolated from sewage
Figure 5.
The impact of usage the organic or mineral medium on decolorization potential of bacteria isolated from compost
Figure 6.
The impact of usage the organic or mineral medium on decolorization potential of bacteria isolated from rotten wood beech
Figure 7.
The impact of dye used for isolation on decolorization potential of bacteria isolated from sewage
Figure 8.
The impact of dye used for isolation on decolorization potential of bacteria isolated from compost
Figure 9.
The impact of dye used for isolation on decolorization potential of bacteria isolated from rotten wood of beech