While our quantitative FISH analysis revealed dominance of "Accumulibacter -type orgAccumulibacter -typeutiorganismst obtained.
However, though these results do give insight into the role of a specific neuropeptide in regulating FAA, differences between model organisms, strain backgrounds, activity measurements, and other methodological differences make direct comparisons between these strains difficult.
C. jejuni isolates were classified in the context of disease presentation: Group 1 strains (strains 81-176 and 81-116) were identified during the course of a Campylobacteriosis outbreak episode, Group 2 strains consisted of GBS-associated organisms (strains 260.94, HB93-13 and CF93-6) and Group 3 (strain NCTC11168) consisted of an enteritis-related isolate.
In both organisms, strains grown in liquid culture for a number of generations sometime evolve to lose the ability to cooperate and instead behave as cheaters.
This illustrates the importance of utilizing RNA-Seq data for proteomics analysis, especially for organisms, strains, and disease models that have not been thoroughly characterized or contain sparsely annotated reference proteomes.
Experimental evidence has shown that both dominance and over-dominance play a role in heterosis, with some involvement of epistasis, although the relative contribution of each of these mechanisms is still unclear (Birchler et al. 2006; Lippman and Zamir 2007) and is likely to vary among organisms, strains, and traits.
Interestingly, following differential plating on YPD media with and without nourseothricin (a selectable marker for the H99γ strain), colonization of spleen and brain was due to the challenge organism, strain H99, while the colonization of the lungs was due to the immunizing organism, strain H99γ.
In the case of B. bacteriovorus, this strategy allowed pinpointing a minimal set of candidate causative mutations out of over 28,000 genetic differences between the tested organism (strain 109J) and its closest sequenced relative (strain HD100).
The question here was what organism strain to map to and represent on our website: the strain the RNA or protein the sample came from, or alternatively, the strain that matched the identifier and sequence used in the research to detect the RNA or protein.
Two replicates of each micro-organism strain were inoculated into the media separately (0.5 MacFarlane Standard).
The second part contains the experimental description: organism, strain, data type and units, and execution date.
