Successful segregation of tissue patterns enabled the quantification and comparison of immune infiltrates and vascular endothelium between areas of tumour and tumour-associated stroma.
The segregation of these patterns is consistent with the hypothesis of a tri-allelic locus with a dominant series of alleles; however, the number of meioses from mackerel patterned cats was limited in our pedigree.
The transgressive segregation of ray pattern phenotypes may have resulted from selection on homeotic gene expression patterns.
The genetic basis of ray pattern variation in C. briggsae was characterized through the segregation of ray pattern phenotypes in a set of recombinant inbred lines (RILs).
Statistical analyses of the segregation of ray pattern phenotypes and association of Cb-egl-5 variation with ray pattern variation.
In this paper, the segregation of ray pattern phenotypes in crosses between C. briggsae strains is described.
Within the filtered set of bi-allelic RAD markers, the frequency of segregation patterns of all RAD alleles that were observed in the sire and showed a presence/absence segregation pattern in the offspring (indicating sire heterozygosity) was compared.
We were able to select homozygous plants in early generations, avoiding time-consuming methods such as large scale analysis of segregation patterns of descendants and/or Southern blotting.
MAS allows the monitoring of segregation patterns of specific markers in the progeny, as well as the potential to identify genotypes with multiple loci at a relatively early stage.
Segregation patterns of particles of different sizes in a moving bed were theoretically analyzed by a penetration model.
