Table 1.
First author (publication year) | Study design | Study region | Sample size | Specimen type | Enterococci prevalence, N (%) | Enterococcus species isolated | AST method | Prevalence of VRE (%) |
---|---|---|---|---|---|---|---|---|
Adesida (2017) | CS | South-west, Western region | 100 | Stool | 73 (73.0) | E feacalis E faecium | Disk diffusion | 9 (13.80) |
Ekuma (2016) | CS | South-west, Western region | 319 | Rectal swabs | 13 (4.07) | E faecium, E gallinarum, E casseliflavus | Dilution/MIC, PCR | 13 (4.07) |
Ezeah (2019) | CS | South-east, Eastern region | 1048 | Urine, sputum, stool, aspirates, CSF, high vaginal swab, urethral, wound Nasa, ear and anal | 68 (6.49) | E faecalis and E avium | Disk diffusion Method | 21 (30.90) |
Kunurya (2020) | CS | North-west, Northern region | 114 | Urine | 8 (7.00) | E faecalis | Kirby Bauer Disk diffusion Method, and MIC | 4 (50.00) |
Ndubuisi (2017) | CS | North-central, Northern region | 500 | Stool, urine, wound swab, Environmental samples | 102 (24.00) | E faecalis E faecium, E Casseliflavus, E mundtii, E dispar, E shirae, E avium E gallinarum | Kirby Bauer Disk diffusion Method | 34 (33.33) |
Olawale (2011) | CS | South-west, Western region | 118 | Blood, urine, wound swabs, sputum, and stool | 7 (5.90) | E faecalis E faecium | Disk diffusion | 3 (42.90) |
Shettima (2019) | CS | North-east, Northern region | 561 | stool | 561 (100%) | E faecalis, E faecium, E casseliflavus, E hirae, E durans, E mundtii, E raffinosus, E dispar | Dilution/MIC | 6 (0.01) |
AST = antibiotic susceptibility testing; VRE = vancomycin-resistant enterococci.