Although SPI-7 and SPA-3-P2SPC constheute the main genetic differences between S. paratyphi C and S. choleraesuis, they do not exist in all human-adapted typhoid agents (e.g., SPI-7 is not present in S. paratyphi A, SPA-3-P2 or SPA-3-P2SPC is not present in S. typhi), suggesting that they are not necessarily a determinant for the typhoid pathogenesis.
The main genetic differences were limited to the highly variable pmp region and the C. pecorum PZ.
The main genetic and antigenic differences between genotypes are found within the 2 hypervariable regions of the attachment (G) glycoprotein.
Despite the similarity of both kinds of flagella in general and their main genetic structure, small differences in particular genes enable functional diversity of encoded proteins.
Despite the similarity of both kinds of flagella in general, i.e., the main genetic structure, fine differences in particular genes enable functional diversity between the encoded proteins.
However, it has recently been shown that there can be multiple plasmid transfers among the B. cereus group strains [ 44], thereby compromising the main genetic and phenotypic differences within the cereus- thuringiensis- anthracis group.
In this narrow quantitative genetic context, heritability refers to the "main effect" of genetic differences on individual differences in behavior.
This conclusion that no genotype has consistently highest or lowest damage level obscures the highly significant main effect of genetic differences in damage levels (Table 3).
SP accessions are found in Coastal Peru and Ecuador and are divided in three main genetic groups corresponding to the environmental differences found in the coastal regions of Northern Ecuador, in the montane region of Southern Ecuador and Northern Peru, and the coastal region of Peru [ 8, 9].
The two main genetic types in Iberian pig production show important phenotypic differences in growth, fattening and tissue composition since early developmental stages.
