Sentence examples for examination of strain from inspiring English sources

Previously, light microscopy and TEM examination of strain CBS7841 showed monokaryotic hyphae lack clamp connections and that synaptonemal complexes the presence of in the basidia of F. depauperata [15] [16].

To a lesser but significant extent, examination of strain 3C5 revealed that it also produced cells with associated H3K4me3 and H2A.Z asymmetry.

Such efforts include the examination of strain cluster stability as well as the cumulative genetic effects of sub-culturing on these clusters.

Examination of strain HdN1 in more detail revealed that almost the same range of n-alkanes (and fatty acids) was oxidized with O2 as in anaerobic cultures with NO3−.

For examination of strain stability without antibiotics, seed cultures were centrifuged at 4000 rpm for 15 min, washed in BG-11 media twice and re-suspended in BG-11 media ± kanamycin 50 μg ml−1.

However, examination of strain CTD1051 (Additional file 1: Table S7), transformed with the single F09E5.15::F-YFP construct (fNH058), demonstrated a highly unusual expression pattern that did not conform with either of these previous reports.

The examination of strains isolated from different ethnic groups provided an opportunity to examine the hypothesis that ethnic groups tend to retain their ancestral H. pylori genotype after migration [ 7, 46].

Examination of strains bearing these different dnaN alleles indicated that each conferred a distinct UV sensitive phenotype that was dependent upon a unique combination of ΔpolB (pol II), ΔdinB (pol IV) and/or ΔumuDC (pol V) alleles.

However, upon examination of strain-specific asRNAs, we observed that the predicted antisense promoters were present in both strains even if antisense transcription was only detected in one of them.

Indeed, examination of strains CTD1059 and CTD1055 (Additional file 1: Table S7), that were transformed, respectively, with the F09E5.3::F-CFP (fNH058) and the triple gene-tagged construct (fNH086), revealed diffuse F-CFP expression throughout the hypodermis, intestine and pharynx.

Keyak, J. H. & Rossi, S. A. Prediction of femoral fracture load using finite element models: an examination of stress- and strain-based failure theories.