Sentence examples for maintenance of traits from inspiring English sources
The generation and maintenance of traits that contribute to organismal fitness often requires energy consumption, and the metabolic rate of an individual changes dynamically to meet these requirements [ 1, 2].
An animal's condition is defined by the pool of resources available to allocate to the production and maintenance of traits that enhance fitness, and reflects an individual's ability to acquire food, avoid predators, and resist disease [ 1].
However, the most parsimonious explanation for the evolution and maintenance of traits that alter reproduction, a defining characteristic of the Wolbachia lineage, is to assume that this ability appeared as an evolutionary novelty in the direct ancestor of extant Wolbachia strains.
Here we provide new insights into this by modeling selective pressures that might have attended the evolution of these traits historically, or which contribute to the maintenance of these traits in the modern ocean.
Genetic correlations between components of such combinatorial traits, in the form of pleiotropic or tightly linked genes, can in principle promote the evolution and maintenance of these traits.
We can, however, study the maintenance of these traits by examining the conditions under which they are expressed in different groups of human beings.
Nevertheless, maintenance of P/TGMS traits while incorporating the resistance genes into P/TGMS line has been successfully demonstrated in two-line hybrids rice breeding (Jiang et al. 2015; Ni et al. 2015).
This result highlights the importance of ecologically mediated population bottlenecks in the maintenance of social traits in microbes.
Population bottlenecks are assumed to play a key role in the maintenance of social traits in microbes.
The cytosolic chaperone network of Saccharomyces cerevisiae is intimately associated with the emergence and maintenance of prion traits.
Hypoxia is perceived as a positive environmental component in diverse taxa of flowering plants, promoting maintenance of skotomorphogenic traits.
