B. Ujvari et al., 2007 reports an analysis of the mitochondrial genome sequence of wild lizards captured at a boundary between two different populations of lizards, which have mitochondrial genomes marked by many sequence differences.
We also introduce a novel EHH statistic called Rab (relative iEHH of an allele between populations), which compares the iEHH (integrated EHH) of the same allele between two different populations (Figure 1, see Materials and Methods).
Therefore the input resulting from electrical coupling between two different populations is equal to g e2−e1) where g represents connectivity strength and the average difference between the spike amplitude and inter-spike voltage level.
This strong resemblance between two different populations in relative survival indicated that there may be a potential predictor of NPC prognosis that changed over the past three decades regardless of the area and background mortality.
Since we used the same antibody, staining protocols and scoring criteria for evaluating HLA class II expression in both populations, the differential expression likely reflects a biological difference between the two different populations which presumably relates to HLA-based genetic heterogeneity.
Mann–Whitney U tests were used to compare median times between the two different populations.
We also conducted exploratory analyses comparing the magnitude of PAH-related effects between the two different populations within the exposure range common to both, recognizing the limitations of such international, interethnic comparisons.
Dxy is the average number of nucleotide substitutions per site between alleles from two different populations and Da is the number of net nucleotide substitutions between two populations.
Traditional approaches rely on statistical differences between the data obtained from two different populations or two different conditions within the same population.
Moreover, comparative analysis between the orthologues of these two different populations resulted in a high level of protein identity, including the predicted MHC class II T-cell epitopes from all these salivary proteins.
