Environment has a critical role in the natural selection process for Darwinian evolution. The
primary molecular component currently considered for neo-Darwinian evolution involves …

Genome-wide epigenetic changes in plants are being reported during development and
environmental stresses, which are often correlated with gene expression at the …

The molecular and evolutionary processes underlying fungal domestication remain largely
unknown despite the importance of fungi to bioindustry and for comparative adaptation …

Divergence in gene regulation is hypothesized to underlie much of phenotypic evolution, but
the role of natural selection in sha** the molecular phenotype of gene expression …

Epigenetics refers to the heritable changes in the pattern of gene expression resulting from
the modification of DNA bases, histone proteins and/or non-coding-RNA biogenesis without …

Although evolution by natural selection is widely regarded as the most important principle of
biology, it is unknown whether phenotypic variations within and between species are mostly …

Variability in expression levels in response to random genomic mutations varies among
genes, influencing both the facilitation and constraint of phenotypic evolution in organisms …

To study how a bacterium allocates its resources, we compared the costs and benefits of
most (86%) of the proteins in Escherichia coli K-12 during growth in minimal glucose …

Although any genotype–phenotype relationships are a result of evolution, little is known
about how natural selection and neutral drift, two distinct driving forces of evolution, operate …

Morphological phenoty** of the budding yeast Saccharomyces cerevisiae has helped to
greatly clarify the functions of genes and increase our understanding of cellular functional …