2015
DOI: 10.1515/aopf-2015-0010
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Example of the application the microsatellite DNA fragments in the study of farmed European catfish (Silurus glanis, L.) broodstock

Abstract: Acta Technologica Agriculturae 1/2016Dušan Páleš et al.The most effective way for determination of curves for practical use is to use a set of control points. These control points can be accompanied by other restriction for the curve, for example boundary conditions or conditions for curve continuity (Sederberg, 2012). When a smooth curve runs only through some control points, we refer to curve approximation. The B-spline curve is one of such approximation curves and is addressed in this contribution. A specia… Show more

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“…The only exceptions were STM and OPO, as well as the wild population. An excess of heterozygotes and negative F IS values have also been found in some other farmed fish species, such as Hyriopsis cumingii (Li et al, 2009) Siluris glanis (Kuciñski, Liszewski, Krzyoek ow, Fopp-Bayat, & Ła z czyñska, 2015) and Perca fluviatilis (Ben Khadher et al, 2016). A number of factors may account for negative F IS values in farmed populations, including a reduced effective population size, differential allele frequencies between males and females, non-random matings, reduced viability of homozygotes and genetic drift (Hara & Sekino, 2007;Shahsavarani & Rahimi-mianji, 2010).…”
Section: Genetic Differentiation Among Populationsmentioning
confidence: 95%
“…The only exceptions were STM and OPO, as well as the wild population. An excess of heterozygotes and negative F IS values have also been found in some other farmed fish species, such as Hyriopsis cumingii (Li et al, 2009) Siluris glanis (Kuciñski, Liszewski, Krzyoek ow, Fopp-Bayat, & Ła z czyñska, 2015) and Perca fluviatilis (Ben Khadher et al, 2016). A number of factors may account for negative F IS values in farmed populations, including a reduced effective population size, differential allele frequencies between males and females, non-random matings, reduced viability of homozygotes and genetic drift (Hara & Sekino, 2007;Shahsavarani & Rahimi-mianji, 2010).…”
Section: Genetic Differentiation Among Populationsmentioning
confidence: 95%