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Genome-wide selection signal analysis reveals copy number variation associated with litter size in Guizhou Black goat. [PDF]
Zhao Y +5 more
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Functional and Genetic Insights into the Role of the <i>NR4A1</i> Gene in the Litter Size of the Shaanbei White Cashmere Goat. [PDF]
Areb E +7 more
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Effect of Selection for Litter Size Variability on Growth, Carcass and Meat Quality in Rabbits. [PDF]
Zawiślak I +6 more
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Improved Litter Size in Thin-Tailed Indonesian Sheep Through Analysis of TGIF1 Gene Polymorphisms. [PDF]
Abuzahra M +5 more
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Engineering mice for female-biased progeny without impacting genetic integrity and litter size
Qimron U +9 more
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Epistasis affecting litter size in mice
Journal of Evolutionary Biology, 2004Abstract Litter size is an important reproductive trait as it makes a major contribution to fitness. Generally, traits closely related to fitness show low heritability perhaps because of the corrosive effects of directional natural selection on the additive genetic variance.
Andréa Cristina Peripato +2 more
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THE INFLUENCE OF AGE ON LITTER-SIZE
Journal of Endocrinology, 1958SUMMARY In three related strains of rats the numbers of fertile females have been found to fall with age and with the birth of successive litters. In thirty-five rats belonging to these three strains, each of which had a minimum of eight litters, the second litter was generally bigger than the first. From then on, however, litter-size
D L, INGRAM, A M, MANDL, S, ZUCKERMAN
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Population Ecology, 1981
SummaryTheories on the evolution of litter size among organisms were reexamined. The competition theories, including that based on the r−K‐selection hypothesis, could not explain well why low‐fecundity strategies have often evolved in stressful environments such as mountain streams, deep sea and the antarctic, where interspecies competition is ...
Yosiaki Itô, Yoh Iwasa
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SummaryTheories on the evolution of litter size among organisms were reexamined. The competition theories, including that based on the r−K‐selection hypothesis, could not explain well why low‐fecundity strategies have often evolved in stressful environments such as mountain streams, deep sea and the antarctic, where interspecies competition is ...
Yosiaki Itô, Yoh Iwasa
openaire +1 more source

