Latest Articles for Cell Biology

SLUR(M)-py streamlines the analysis of sequencing data for better insights into chromatin.

A look at how technology influences cell behavior for better production.

IFT gene mutations affect hair cell survival and regeneration.

New findings show PIKFYVE inhibition can enhance cancer immunotherapy effectiveness.

Research reveals how VSMCs impact plaque formation and stability in arteries.

The BSCCM dataset supports new imaging methods for studying white blood cells.

Researchers develop a model to explain cell movement and interaction with surfaces.

Study reveals how MG23 affects heart function and hypertrophy through calcium management.

Research reveals immune cell diversity in pia mater and choroid.

This study explores how phosphorylation and salt concentration affect CTD clustering.

Zmiz1 is essential for the growth and stability of blood vessels.

Researchers enhance tracing techniques to study zebrafish brain connections.

New methods improve the study of kinase activity in diseases.

Learn how uORFs help bacteria adapt to stress and antibiotics.

Research offers insights into guiding epithelial cells using electric fields.

New research sheds light on tau's role in brain cell damage.

Research highlights Tsa1's role in controlling hydrogen peroxide in yeast cells.

Research reveals how ERK5 influences stem cells and potential links to cancer.

Study reveals how cell shape impacts movement and interaction in dense environments.

A new model explains how cells move toward chemical signals.

Understanding how enhancers and insulators interact for gene regulation.

A novel approach enhances understanding of gene expression in zebrafish development.

A new method improves reliability in single-cell analysis across various labs.

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

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

Discover how La and ROS impact osteoclast formation and bone density.

Researchers use machine learning to analyze cancer cells and improve treatment strategies.

Research explores DNA tetrahedrons' effects on tumor-associated macrophages for cancer treatment.

Studying bacterial aggregation behaviors sheds light on multicellularity.

EFL-3 influences stem cell behavior and development in C. elegans.

A new method improves understanding of cell functions and interactions.

Exploring how cells manage DNA damage during replication stress.

A faster approach to fit GLM-PCA models for scRNA-seq research.

Research sheds light on PINK1's importance in cell survival and stress management.

A fresh approach to examine the behavior of membraneless organelles in cells.

Recent studies reveal crucial links between Asgard archaea and complex cells.

This study explores how active droplets move and function within cellular environments.

Research reveals how long-lived proteins influence female fertility and reproductive health.

Research reveals mechanisms behind cellular responses to DNA breaks.

Researchers analyze cell behavior using kinetic models to uncover movement patterns.