Table 3.
Electron donors | Electron acceptors |
---|---|
Utilized | Utilized |
Fe(II) (10 mM) | O2 |
Acetate (10 mM) | NO−3 |
Fumarate (25 mM) | NO−2 |
Lactate (10 mM) | N2O |
Malate (10 mM) | |
Succinate (10 mM) | |
Citrate (10 mM) | |
Glucose (10 mM) | |
Sucrose (10 mM) | |
Yeast Extract (1 g/L) | |
Pyruvate (5 mM) | |
Fructose (10 mM) | |
Maltose (10 mM) | |
Propionate (10 mM) | |
Trehalose (10 mM) | |
Ethanol (10 mM) | |
Valeric acid (5 mM) | |
Casamino acids (1 g L−1) | |
Butyric acid (5 mM) | |
Palmitic acid (1 mmol L−1) | |
Stearic acid (1 mmol L−1) | |
Lauric acid (1 mmol L−1) | |
Behenic acid (1 mmol L−1) | |
Lignoceric acid (1 mmol L−1) | |
Tested not utilized | |
Formate (10 mM) | SO2−4 (10 mM) |
Glycerol (10 mM) | ClO−3 (10 mM) |
Methanol (5 mM) | ClO−4 (10 mM) |
Lactose (10 mM) | U(VI) (1 mM) |
Benzoate (1 mM) | AQDS (10 mM) |
Phenol (1 mM) | As(V) (0.5 mM) |
Benzene (0.03 mM) | Fumarate (25 mM) |
Toluene (0.03 mM) | Thiosulfate (10 mM) |
Thiosulfate (10 mM) | Fe(III)-NTAa |
n-eicosane (1 mM) | |
n-tetracosane (1 mM) | |
Mineral oil hexadecane | |
Mn(II) (10 mM) |
aStrain 2002 could not be consistently maintained under Fe(III) reducing conditions, however Fe(III) reduction was observed in initial transfers