Sentence examples for genetics markers from inspiring English sources

Peñarrubia, L., Sanz, N., Pla, C., Vidal, O. & Viñas, J. Using massive parallel sequencing for the development, validation, and application of population genetics markers in the invasive bivalve zebra mussel (Dreissena polymorpha).

All modified ISCSs were verified by genotyping genetics markers on chromosome X (see figure 5).

For a continuous behavioral trait such as Neuroticism that has been measured in our cohort we would have power of approximately 99% to detect additive QTL effect that explains 2% of the variance (sample size = 3000; type 1 error rate of 10-7 takintointo account 500'000 genetics markers); power drops rapidly for smaller effect (i.e. < 2%).

We have estimated that for a dichotomous trait such as recurrent MDD – that has a prevalence of around 15% in the PsyCoLaus cohort – the study has approximately 85% power to detect an allele with 50% allele frequency that has a genotypic relative risk = 3 under a dominant model (type 1 error rate of 10-7 takintointo account 500'000 genetics markers).

The R. sativus EST data, SSR markers and genetic map developed in this study can be used for various genetic analyses including gene mapping, QTL analysis, population genetics, marker-assisted breeding, and whole-genome sequencing studies.

Recent advancements in molecular genetics, marker recycling, and genome editing could be used to alter transformation and metabolism, based on optimized design carbolated with computer science.

The availability of this information will aid in carrying out future studies of population genetics, marker-assisted breeding, and QTL dissection.

This data provides a valuable resource for creating a catalog of allelic variants of melon genes and it will aid in future in-depth studies of population genetics, marker-assisted breeding, and gene identification aimed at developing improved varieties.

The availability of these data, generated from 29 strains originating from 12 countries, provides insight into genetic variation of the sesame germplasm genome and facilitates a broad range of functional and evolutionary studies including on genome evolution, population genetics, marker-assisted breeding and gene identification.

While Brailsford was in San Francisco he met two companies who are at the forefront of work on DNA, genetics and genetic markers.

However, we can begin to understand the underlying genetics by identifying genetic markers associated with resistance.