Meanwhile, the majority of the isolates were resistant to ampicillin, streptomycin and vancomycin.
The majority of the isolates were of the genera Oscillatoria, Navicula, Nitzschia, and Pinnularia.
Moreover, the majority of the isolates 16/40 (40%) showed multidrug resistance to Ampicillin, Vancomycin and Streptomycin.
In the Gram-positive bacteremia group, coagulase-negative staphylococci represented the majority of the isolates (8.2 %) (Table 2).
Significantly higher wheat grain yield was recorded with majority of the isolates, except P. oxalicum MWM 4/9 and P. oxalicum MWM 4/13 compared to control treatment.
Identification made according to phenotypic and biochemical characteristics shows the majority of the isolates were heterofermentative LAB (93.2%) and eight different bacterial groups could be distinguished (A G).
The siRNAs shown to be effective against the reference strain FCV F9 were active against the majority of the isolates tested, although some variability was noted.
The majority of the isolates included in this study were MRSA (78.1%).
16S rDNA sequencing analysis of 26 hits obtained from the pre-screening plates revealed that the majority of the isolates (n = 10) were members of the Bacilli and γ-proteobacteria classes (Table 1 and Figure S4).
Analysis of Seg-4/VP4 sequences again divided the majority of the isolates compared, into either an eastern or a western topotype, with nt/aa identities of >89.8/94.6% (eastern topotype) and 87.1/89.1% (western topotype) respectively.
However, the vast majority of the isolates presented point mutations in rhlI (data not shown) especially C249A leading to D83E which interestingly has also been found in isolates from CF patients attending the Oregon Health and Science University [36].
