Latest Articles for Gene Regulation

New therapies focus on p300 and CBP to combat advanced prostate cancer.

Explore how DNA supercoiling impacts gene expression in bacteria.

Research reveals insights into how transcription factors influence gene expression variability.

Studying S. rosetta sheds light on animal gene regulation evolution.

Learn how RNA polymerase II shapes gene expression through termination mechanisms.

Researching how transcription factors interact with DNA to regulate gene expression.

Brachyury's impact on cancer, especially chordoma, reveals new treatment possibilities.

Examining how MYC and MYCN interact with TFIIIC in cell growth and cancer.

Researchers develop a technique to study enhancer activity in live mice liver cells.

Study reveals key roles of DNA and histone modifications in plant genetics.

Discover how link prediction enhances our understanding of biological interactions.

Examining Cpn1's influence on heterochromatin and RNA processing.

Topoisomerases are crucial proteins that help regulate DNA structure and gene expression.

New methods reveal the independent nature of transcription factor binding.

Examining the impact of miRNAs on gene expression and development.

A look into how p21 and p53 influence cancer cell survival and treatment resistance.

Research reveals how CHASERR impacts developmental disorders through CHD2 regulation.

Study reveals gene expression balance in Timema poppense.

Understanding how enhancers and insulators interact for gene regulation.

R2Dtool simplifies RNA feature analysis and visualization for better understanding of gene regulation.

Study reveals the roles of Spt6p and Tom1p in transcription regulation.

DDX3X and DDX3Y genes show unique interactions affecting gene expression.

New method predicts regulatory sequences in insect genomes effectively.

New findings reveal how gene clusters enhance gene expression through protein interactions.

Recent research uncovers connections between RNA transcription and splicing processes.

A look into how the HUSH complex protects our genome from retroelements.

Research reveals WTAP's crucial role in regulating immune response via m6A modification.

Bicoid clusters aid gene activity through concentration sensing in cell nuclei.

Learn how FinO-domain proteins influence bacterial responses through RNA binding.

CRNDEUCE is crucial for ribosome production in renal cell carcinoma.

Discover how ChromBERT is advancing our knowledge of chromatin and gene activity.

EPIC-ATAC improves analysis of chromatin accessibility in tumors and diverse cell types.

This study reveals how gradual changes in gene expression affect cellular function and health.

Examining how timing and positioning shape nerve cell diversity during development.

This article explores how physical and chemical signals influence cell fate decisions.

This article examines how transcription factors influence gene activity and binding regions.

This article explores the role of transcription factors in gene regulation and plant development.

Learn how chromosome organization impacts cell health during division.

Research reveals the complex links between transcription and histone changes.

A multi-modal approach enhances gene expression predictions in biological research.