… selection across the genomes of tundra voles from a northern (70N) and southern (53N)
population. A signature of selection … more species- and even gender specific. The cell bodies of …

… For analyses of T-DNA insertion mutants, the corresponding genomic DNA regions were …
reduction of homozygous offspring in a gender-specific way, with stronger negative impact on …

… , establishing a breeding plan that takes advantage of additional techniques such as
marker-assisted selection (MAS) and genomic selection (GS), as described later, is desirable. …

… After the conclusion of the Human Genome Project, several genetic variations were discovered.
Within the five human DNA samples used for the entire Human Genome Project, more …

… However, recent advancements in genome sequencing and editing have opened up new …
), offer promising potential for correcting defective genes or DNA, leading to the restoration of …

… CpG sites in genes known to increase or … in genes previously found to affect IL-1β expression
(Table 2, Supplementary Table 3) [26–37]; no evidence was found indicating that genes to …

… At the somatic level, it has recently been proven that multiple cancer genes, including
TP53, are under positive selection in healthy human tissues. It is not clear why these driver …

… According to the diathesis-stress paradigm, those with "vulnerability genes" are more likely
… hand, contends that "plasticity genes" rather than vulnerability genes are what regulate the …

… , indicating that SpGAI acts upstream of the B class genes. However, SpGAI is differentially
expressed in a gender-specific fashion. Based on these data and incorporating observations …

… , phenotypic disparities between the genders are common and significant, meaning
characterizing the differences would enable researchers to advantageously exploit gender-specific …