Latest Articles for Gene Expression

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

Research reveals how land crabs adapt to dry environments through genetic changes.

Research reveals vital information on gene activity in response to treatments.

Research reveals how loop extrusion and condensates organize DNA for efficient gene expression.

Examining the hurdles in interpreting spatial transcriptomics data.

Research reveals factors influencing aging and potential treatments for a healthier life.

Research reveals unique gene expression patterns linked to environmental changes.

A new method improves cell segmentation for better tissue studies.

Research reveals potential of TLS in improving glioma treatment outcomes.

ComMAND offers precise control over gene expression for safer therapies.

DDX3X and DDX3Y genes show unique interactions affecting gene expression.

UPF1 plays a key role in mRNA decay and mitochondrial function.

Heterochromatin positioning is key to gene expression and cell differentiation.

GATA6 is crucial for proper heart cell formation and understanding its function can improve CHD treatments.

CXCL14's role in cancer growth and immune response is crucial for new therapies.

Exploring how two proteins influence melanoma's growth and invasiveness.

This article explores how gene expression influences cell fate during DNA damage.

New methods improve understanding of gene interactions and cancer types.

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

CIBRA improves how researchers identify impactful genomic changes in cancer.

This study reveals how gene expression drives angiosperm adaptation and diversity.

Nonspecific RNA polymerases buffer gene expression in bacteria, stabilizing resources.

DIAL enables precise gene activity adjustments for research and medical therapies.

A new approach to combine data from separate biological measurements.

Learn how cells control gene activity for proper functioning and development.

An overview of how bacteria form and maintain biofilms.

bioIB simplifies single-cell RNA sequencing data while retaining key biological insights.

Research reveals how the habenula influences mental health disorders, particularly schizophrenia.

Research reveals gene activity changes in FSHD2, exploring potential impacts of environmental compounds.

Research reveals complex interactions among ocean microbes and their responses to environmental changes.

CellPie combines gene expression and tissue images for better cancer analysis.

Study reveals negative effects of EYFP on muscle performance and structure.

Research highlights laccases in jute and their impact on fiber quality.

Researchers create a detailed map of aging brains to understand cellular changes.

Understanding how auxin regulates plant development and growth processes.

Examining how DNA glycosylases influence pollen growth and gene expression.

Lymphatic muscle cells are vital for lymph movement and overall health.

New findings reveal consistent patterns in brain gene expression across regions.

A novel approach reveals complex gene interactions in live organisms.

Examining the role of DNA changes in aging and disease.