Sentence examples for using standard biochemical tests from inspiring English sources

S. enterica Typhimurium isolates were identified using standard biochemical tests and commercial typing antiserum according to the manufacturer's instructions.

Any colonies presumptive of S. Typhi or S. Paratyphi were identified using standard biochemical tests and serotype-specific antisera (Murex Biotech, Dartford, England).

Isolates were screened using standard biochemical tests and Salmonella were identified by slide agglutination with specific antisera (Oxoid Ltd., UK) and API20E profiling (bioMérieux, UK).

Salmonella enterica serotype Typhi or Paratyphi A, B or C isolated in culture were identified using standard biochemical tests and specific antisera (Murex Biotech, Dartford, England).

Isolates were screened using standard biochemical tests and S. typhi and S. paratyphi A were identified using API20E (bioMerieux, Paris, France) and slide agglutination with specific antisera (Murex, Dartford, UK).

N. meningitidis was identified by using standard biochemical tests (17 ).

Based on the new descriptions of B. rhizoxinica and B. endofungorum, we re-examined the isolates in our archive using standard biochemical testing, 16S rRNA gene sequencing and DNA-DNA hybridization.

For this study, we included all those with NTM from sputum collected up to the end of December 2007 and with species identification using standard biochemical testing (SBT) completed by May 2008.

Colonies with growth characteristics of Salmonella were observed in 236 samples, and full phenotypic identification was performed on these isolates by using standard biochemical and serologic testing.

Lactose-fermenting colonies were identified as E. coli by using standard biochemical methods, which included sulfide indole motility, growth on triple sugar iron medium, oxidase activity testing, and the API20E system (bioMérieux, Durham, NC, USA) as needed.

Presumptively, the organism was identified as M. fortuitum using standard biochemical reactions like nitrate reduction and 68 °C catalase.