Latest Articles for Gene Regulation

Introns are more than just DNA fillers; they enhance gene expression significantly.

Explore the role of small RNAs and Argonautes in gene expression across species.

Research on EL222 reveals light's role in gene regulation and yeast behavior.

Investigating how protein levels impact cell health and adaptability.

Discover how enhancers communicate with genes across distances in our DNA.

The role of zinc in regulating the CzrA protein's function is examined.

Learn how DNA methylation influences plant growth and gene expression.

Discover how some genes manipulate sex ratios in species.

A new method enhances study of histone modifications during cell differentiation.

Small non-coding RNAs play crucial roles in bacterial survival and virulence.

Bacteria use clever methods to control their gene expression for survival.

Research reveals critical roles of m6Am in gene expression and transcription.

Uncovering the crucial role of microRNAs in managing gene expression and protein production.

Discover how NIPBL and chromatin loops influence gene expression.

Unraveling the role of CECR2 in gene access and expression.

Learn how SPICE can predict interactions between genes' helpers and enhance gene regulation understanding.

A look at how chromatin organizes DNA for gene access.

DART-Eval benchmarks DNA models for better understanding of gene regulation.

Investigating how C. elegans balances gene expression between sexes.

Research reveals how biomolecular condensates regulate gene expression in plants.

Researchers develop new methods to study gene regulation and enhancer function.

Learn how ChromBPNet predicts gene regulation through chromatin accessibility.

Explore the impact of small RNAs on bacterial gene regulation and transcription.

Examining how DNA tension affects gene copying and reading.