Due to the unstandardised inoculum in DST, it is hardly surprising that strains showing susceptibility around the clinical breakpoint can easily switch between interpretation categories.
Perhaps it is not surprising that strains of a given virus have the same sequence similarities even when it contains a miR seed sequence (Table 3, Fig. 4).
Rates of resistance were similar in diarrheic and healthy children which is not surprising since strains were probably clonally related in a village.
Since C. ramosum and C. innocuum are reported to have intrinsic resistance to glycopeptides and lipopeptides (vancomycin), and genes identical to VanB2 ligase of Enterococcus spp. can be found in C. hathewayi, C. boltae, and C. inocuum-like bacteria, it is not surprising that strains 1, 3, 8 and 18, which have 16S sequence similarities with those species, showed low level resistance to vancomycin.
Although it quickly faded after its successful 1914 premiere, the opera anticipates the Expressionist masterpieces of Berg, with a surprising lyrical strain.
The solution is surprising: the strain field develops a singularity that appears when the wavefront leaves the center of the cylinder, and persists as the wavefront reflects to the outer boundary and back to the center of the cylinder.
Therefore, it is not surprising that strain GOBB3-209 lackseveralal features found in GOBB3-C103-3, e.g. the capsule and extracellular polysaccharide pathway, the denitrification pathway, etc. (data not shown).
The presence of these bacteria inside the exposed cells was surprising considering the strain used (FDA strain Seattle 1946 [DSM 1103, NCIB 12210, ATCC25922]) is a biosafety level 1 bacterium that, to our knowledge, has not demonstrated any previous evidence of pathogenic potential.
Still, this result is very surprising, because the strains we used were direct descendants of the same parent strain (MR100) and should therefore not differ after counterselection of the Tpi encoding URA3 plasmid.
It is surprising that all strains still appear to bind a common receptor, asialo-GM1.
