Latest Articles for Gene Expression

Study highlights significance of reference genome choice in gene expression analysis.

New methods reveal how chromatin organization affects gene expression.

Research reveals how RNA stability and processing affect gene expression.

Research reveals how autoantibodies affect muscle function in myositis.

HDAC1 plays a crucial role in regulating gene expression through lysine acetylation on histones.

Argonaute proteins interact with small RNAs to regulate gene expression effectively.

New insights into miRNA mutations and their links to health conditions.

Research reveals how bacterial colonies form complex patterns through interactions and environmental changes.

New tools enable better analysis of tissue microenvironments in cancer studies.

A new method improves understanding of cancer cell diversity for better treatments.

Research highlights key genes for accurate tendon healing assessments.

This study advances gene regulatory network inference by integrating epigenomic data.

G-quadruplexes play a significant role in controlling gene expression and chromatin structure.

A new method to study and manage cellular noise through light-controlled gene expression.

Researchers study how DNA regions influence protein production and animal body formation.

Research reveals gene expression changes in livestock crucial for future breeding.

New methods improve understanding of microRNAs and gene interactions.

This study reveals the impact of visual experiences on neural circuits.

Study reveals gene differences in metastatic breast cancer cells.

Research on hibernation reveals new paths for metabolic health.

Innovative software uses algorithms to improve treatment response predictions in clinical trials.

Research reveals how protein production impacts chronic pain after nerve injuries.

Analyzing gene expression data's role in cancer classification through machine learning models.

Introducing BioRSP for detailed spatial gene expression studies.

Researchers improve models to analyze gene expression and learn biological attributes.

Research sheds light on genetic changes in glioblastoma for better therapies.

Research reveals how CHASERR impacts developmental disorders through CHD2 regulation.

CC-Tempo enhances predictions of cell fates through gene expression and communication.

Research reveals insights into the flexibility and function of the PHL4 transcription factor.

Study reveals how gene expression noise and epigenetics shape plant responses.

IRF8 is crucial for the health and function of brain cells called microglia.

Research reveals gene links to colon cancer outcomes and potential treatment improvements.

The study examines how insect immune systems affect their body size and efficiency.

A new tool streamlines analysis of gene activity in tissue samples.

Learn how uORFs help bacteria adapt to stress and antibiotics.

This study investigates how SntB affects growth and toxin production in Aspergillus flavus.

A study reveals how HBV and HCV influence HCC across genders.

Study reveals gene expression balance in Timema poppense.

GET enhances understanding of transcription factors in various human cell types.

This article explores how aging affects gene regulation and cellular function.