Table 1.
Identification of isolated bacteria by VITEK 2 system (GN card).
| Biochemical Tests | Isolated bacteria |
|---|---|
| P. aeruginosa | |
| APPA | – |
| H2S | – |
| BGLU | – |
| ProA | + |
| SAC | – |
| ILATK | + |
| GLYA | – |
| O129R | + |
| ADO | – |
| BNAG | – |
| dMAL | – |
| LIP | – |
| dTAG | – |
| AGLU | – |
| ODC | – |
| GGAA | – |
| PyrA | – |
| AGLTP | – |
| dMAN | – |
| PLE | – |
| dTRE | – |
| SUCT | + |
| LDC | – |
| IMLTa | + |
| IARL | – |
| dGLU | + |
| dMNE | + |
| TyrA | + |
| CIT | + |
| NAGA | – |
| IHISa | – |
| ELLM | – |
| dCEL | – |
| GGT | + |
| BXYL | – |
| URE | – |
| MNT | + |
| AGAL | – |
| CMT | + |
| ILATa | + |
| BGAL | – |
| OFF | – |
| BAlap | + |
| dSOR | - |
| 5 KG | - |
| PHOS | - |
| BGUR | - |
| Probability (%) | 89% |
- = Negative, + = positive.
Abbreviations as follow: APPA: Ala-Phe-Pro Arylamidase, H2S: Hydrogen sulfide production, BGLU:BETA-Glucosidase,ProA:l-ProlineArylamidase,SAC: Saccharose-Sucrose, ILATK: l-Lactate Alkalization, GLYA: Glycine Arylamidase, O129R: O̸ 129 Resistance(Comp. Vibrio), ADO: Adonitol, BNAG: BETA-N-Acetyl-Glucosaminidase.
dMAL: d-Maltose, LIP: Lipase, dTAG: d-Tagatose, AGLU: ALPHA-Glucosidase,ODC: Ornithine Decarboxylase.
GGAA: Glu-Gly-Arg-Arylamidas, PyrA: L-Pyrrolydonyl-Arylamidase, AGLTP: Glutamyl Arylamidase pNA, dMAN: D-Mannitol.
PLE: Palatinose, dTRE: d-Trehalose,SUCT: SUCCINATE alkalinization, LDC: Lysine Decarboxylase. IMLTa: l-MALATE assimilation, IARL: L-Arabitol, dGLU: d-Glucose, dMNE: d-MANNOSE, TyrA:Tyrosine Arylamidase.
CIT:Citrate (sodium),NAGA: Beta-N-Acetyl-Galactosaminidase, IHISa: L-Histidineassimilation, ELLM:Ellman, dCEL: d-cellobiose, GGT: Gamma-Glutamyl-Transferase, BXYL: Beta-Xylosidase, URE: Urease, MNT: Malonate, AGAL: ALPHA-GALACTOSIDASE, CMT:Courmarate, ILATa: l-LACTATE assimilation, BGAL: Beta- Galactosidase, OFF: Fermentation/Glucose, BAlap: BETA-Alanine arylamidase, dSOR: D-sorbitol, 5 KG: 5-Keto-d-Gluconate, PHOS: Phosphatase, BGUR: B-Glucoronidase.