Not exact matches
«Our work helps us to understand what causes human diversity in appearance by showing how
genes involved in pigmentation subtly adapted to external environments and
even social
interactions during our evolution.
Three decades of research have shown that loneliness can affect levels of stress hormones, immune function, and
even gene expression, while human
interaction increases levels of oxytocin, a bonding hormone that reduces blood pressure and cortisol levels.
Even though the corn has only four leaves, the way in which its
genes are expressed has already been altered through
interaction with the velvetleaf planted alongside it, according to plant science professor Sharon Clay.
Even classical Mendelian disorders have different clinical phenotypes that are a consequence of polymorphic or mutant disease ‐ modifying
genes and their
interactions with environmental factors.
Incomplete penetrance, genetic heterogeneity, pleiotropy, and
gene - environment
interactions are just some of the factors that make
even studies of relatively simple genetic diseases challenging.
«Given the transactional nature of the regulation of interrelated biological systems, and our findings of associations between flatter DCS (lower morning peak in cortisol and / or higher
even cortisol levels) and multiple health outcomes, it seems plausible that reciprocal and cascading
interactions among clock
gene mechanisms, sleep, cortisol, inflammation, fatigue, appetite, behavior, and social and psychological experiences jointly contribute to the observed associations between flatter DCS and multiple types of negative health outcomes.»
Even though significant
gene ×
gene interactions have not been extended to an antisocial behavioral phenotype, a number of lines of research converge to show that dopaminergic polymorphisms have independent effects on a wide array of maladaptive and antisocial phenotypes, such as compulsive gambling, alcohol consumption, and antisocial personality traits [3, 17 — 19].
Advances in neuroscience have revealed that the process of brain development is driven by a dynamic
interaction between the genome (nature) and the environment (nurture).25 Epigenetic mechanisms like DNA methylation and histone acetylation are able to transduce experiences with the environment into long - lasting,
even intergenerational changes in
gene expression.26 — 35 So although the inherited genetic program is thought to provide a general blueprint for brain architecture, the environment is able to influence which
genes are used, when they are used during the course of development, and where they are used within the developing brain.