Gene duplication and loss contribute to gene content differences as well as phenotypic
divergence across species. However, the extent to which gene content varies among closely …

Revealing the contributions of genes to plant phenotype is frequently challenging because
loss‐of‐function effects may be subtle or masked by varying degrees of genetic redundancy. …

Disruption of circadian regulation was recently shown to cause diabetes and metabolic
disease. We have previously demonstrated that retinal lipid metabolism contributed to the …

With advances in transcript profiling, the presence of transcriptional activities in intergenic
regions has been well established. However, whether intergenic expression reflects …

Background Transcription factors (TFs) play a key role in regulating plant development and
response to environmental stimuli. While most genes revert to single copy after whole …

This work demonstrates an approach to produce and select hybrid algal strains exhibiting
increased photosynthetic productivity under multiple environmental conditions. This …

With advances in transcript profiling, the presence of transcriptional activities in intergenic
regions has been well established in multiple model systems. However, whether intergenic …

Background Gene expression is regulated by DNA-binding transcription factors (TFs).
Together with their target genes, these factors and their interactions collectively form a gene …

Revealing the genetic effects of phenotypic variation is frequently challenging because of
genetic redundancy, condition-specific requirements for genes, and/or changes in physiology …

… By Nicholas Louis Panchy To date, gene expression has been characterized in over one
thousand species across more than a million experimental conditions. With this wealth of data, …