The markers contributing to the positive relationship between heterozygosity and breeding success were found to be located on different chromosomes, but there was a substantial amount of linkage disequilibrium in the population, indicating that the markers are reflecting heterozygosity over relatively wide genomic regions.
The higher level of redundancy of the DArT markers is reflected by the higher number of AFLP and SSR markers having unique segregation patterns.
The degree of linkage between markers was reflected by the fact that 'Gap ≤ 5' was observed with an average value of 94.5%.
The degree of linkage between markers was reflected by 'Gap < = 5' ranging between 78.57% and 98.85% with an average value of 91.76%.
Across all 47 linkage groups, the general effect of single-parent markers is reflected in the average improvement in agreement of RG and ML marker orders between maps made with all markers and maps made only from bi-parentally segregating framework markers (mean r for all-marker maps, 0.67; mean r for framework maps, 0.85; paired sample t = 3.17, P = 0.0014).
A Mantel-test between the molecular marker and the phenotypic early growth trait similarity matrices showed a low but significant (P < 0.05) correlation between the genetic and phenotypic similarity matrices indicating that the genetic structure of the JEP collection (based on molecular markers) is reflected also in the phenotypic variation (r = 0.27).
This indicates that changes in mRNA levels of many SC-markers are reflected by changes in their protein levels.
The other marker is reflected by a relative position of both mice.
According to Christenson R.H. [24], the bone structure, metabolism, and regulation are reflected by markers of resorption, formation, and/or turnover.
The in vivo effects of anticoagulants on coagulation are reflected by markers of fibrin formation and fibrin dissolution.
Embryonic mammary epithelial cells are an immature cell population, lacking differentiation markers, which is reflected in their very distinct genetic profiles when compared with those of their postnatal descendents [ 10].
