Sentence examples for marker system based from inspiring English sources

MtDNA and a new marker system based on nuclear DNA, designed for identification of trouts and their hybrids in the genus Salmo, were used to determine the extent of introgressive hybridization between marble and brown trout across a large area of the Adriatic watershed in Slovenia.

These results showed that the SSAP marker system based on the isolation of tree peony LTR sequences could be used effectively for exploring polymorphism among tree peony varieties.

We apply a new marker system based on nuclear (n DNA loci to present a novel view of the phylogeny of Salmo representatives and we compare it with the mtDNA-based phylogeny.

Only recently flax sequences have appeared in databases [ 31– 34], and development of a marker system based on flax transposable elements for the investigation of cultivated and wild species of the genus Linum has become possible.

Various molecular marker system based upon restriction fragment length polymorphism (RFLP), randomly amplified polymorphic DNA, amplified fragment length polymorphism (AFLP®), simple sequence repeats (SSRs), sequence related amplified polymorphisms, and single nucleotide polymorphism (SNP) have been developed and further applied in rapeseed genetics and breeding research.

Prognostic marker systems based on single parameters have generally proven inadequate.

Several molecular marker systems based on the information available for the transposable elements sequences were developed for plants [ 20, 22– 27].

While SNP markers have a promising future in plant breeding applications, and may augment or displace SSR based marker systems, SNP based markers and associated technologies are in their infancy in most crops, including pigeonpea, while SSR marker technologies are better established for wide spread use in molecular breeding.

This paper introduces the actuation system concept and its implementation on Atlas Lite and a unique vision-based sensing system based on color markers used to estimate the orientation of the spherical capsule.

A photogrammetry system based on markers will be used to obtain the experimental data from which the kinematic magnitudes will be obtained.

Nutrient flow was calculated using the reconstitution system based on 3 markers (Co, Yb, and indigestible NDF) and using 15N as a microbial marker.