Sentence examples for breeding because of from inspiring English sources

Officials said they chose insemination rather than sending Shanthi to another zoo for breeding because of logistical difficulties.

However, not all bc mutants can be used for breeding because of their concomitant phenotypes, such as dwarfism, low fertility and withering of leaf apex (Zhang et al., 2009; Zhang et al., 2010; Zhou et al., 2009).

The gene has no known function, but the mutation's presence in all gray horses indicates that the animals had a common ancestor--one that humans probably chose for breeding because of its unique color.

EIV can have a profound economic impact on the horse industry causing a major disruption to horse racing and breeding because of its rapid spread.

The situation in honey bees differs from the usual situation in farm animal breeding, because of the honey bees' mode of reproduction.

Fabaceae is the third largest family of flowering plants, comprising 650 genera and 18 000 species with a variety of characteristics; many of which have long been targets of breeding because of their agronomic and industrial importance.

It also has implications for breeding because knowledge of the localization of resistance gene clusters would aid in the combination of disease resistances and alleles conferring desirable agronomic characters using marker-assisted selection (MAS) [ 9].

This is important for sugarcane smut resistance breeding because the interaction of sugarcane, smut pathogen and environment leads to the instability of the resistance phenotype tested by field-inoculation.

Distinguishing between linkage and pleiotropy is important for breeding because only in the case of linkage it would be possible to implement resistance without co-selection of a certain developmental type.

It has been shown that between 20 and 50% of boars completing performance tests are rejected as breeding animals because of LW problems [ 1].

Cyclical parthenogens (e.g. rotifers and cladocerans) have an increased capacity for rapid local adaptation over other breeding systems because of their frequent sexual reproduction followed by multiple generations of clonal selection [ 5] and persistent priority effects [ 8].