Table 2.

Biolog breath print showing oxidation of different carbon sources by A. feacalis

Substrate	Results
α-Cyclodextrin	−
Dextrin	−
Glycogen	−
Tween 40	±
Tween 80	±
N-Acetyl-d-galactosamine	−
N-Acetyl-d-glaucosamine	−
Adonitol	−
l-Arabinose	−
α-Lactose	−
Lactulose	−
Maltose	−
d-Mannitol	−
d-Mannose	−
d-Melibiose	−
β-Methylglucoside	−
Psicose	−
d-Raffinose	−
l-Rhamnose	−
d-Trehalose	−
Turanose	−
Xylitol	−
Methylpyruvate	+
Acetic acid	±
Cis-aconitic acid	±
Citric acid	+
Formic acid	+
d-Galacotinic acid lactone	−
α-Ketovaleric acid	±
d,l-Lactic acid	−
Malonic acid	−
Propionic acid	+
Quinic acid	−
d-Saccharic acid	+
Sebacic acid	−
Succinic acid	+
Bromosuccinic acid	±
d-Sorbitol	−
l-Alanine	±
l-Alanyl-glycine	−
l-Asparagine	±
l-Aspartic acid	−
l-Glutamic acid	+
Glycyl-l-aspartic acid	−
Glycyl-l-glutamic acid	−
l-Histidine	−
Hydroxyl-l-proline	−
l-Leucine	+
l-Phenylalanine	+
l-Proline	+
l-Pyroglutamic acid	+
d-Serine	−
l-Serine	−
l-Threonine	−
Phenylethylamine	−
Succinamic acid	−
Sucrose	−
d-Arabitol	−
Cellobiose	−
i-Erythol	−
d-Fructose	−
d-Fucose	−
d-Galactose	−
Gentibiose	−
α-d-Glucose	−
m-Inositol	−
Glucoranamide	−
Putresceine	−
2-Aminoethanol	−
2,3-Butanediol	−
Glycerol	−
d,l-α-Glycerophosphate	−
Glucose-1-phosphate	−
Inosine	+
d-Galactorinic acid	−
d-Gluconic acid	−
d-Glucosamanic acid	−
d-Glucoronic acid	−
β-Hydroxybutyric acid	+
γ-Hydroxybutyric acid	−
Itaconic acid	−
α-Ketobutyric acid	±
α-Ketoglutaric acid	−
Glucose-6-phosphate	+
Thymidine	−
Uridine	−
d,l-Carnitine	−
γ-Aminobutyric acid	−
Urocanic acid	−
Aalaninamide	+

+ Positive, − negative, ± variable