Latest Articles for Cell Biology

Meta Flow Matching enhances our understanding of cell behavior and treatment responses.

Learn how noroviruses invade cells through lipid asymmetry and TMEM30a.

Discover how fruit fly intestines heal themselves through specialized cells.

Molecular motors are crucial for transporting materials in neurons, affecting health and disease.

Exploring how neurons attempt to heal and the proteins involved.

Researchers examine heart cells to improve understanding of heart failure and treatment.

How STING mutations affect immune response and T cell function.

Cryo-PRO enhances sample collection for studying sepsis at the cellular level.

Study reveals how BCG vaccine boosts immune memory and response to infections.

H. pylori uses TlpD to navigate and cause issues in the stomach.

A look at axon degeneration and the role of Schwann cells in nerve injury.

Research improves data filtering techniques for tracking cell movements.

TOP2B's influence on chromatin structure and mutations linked to cancer risk.

BaNDyT combines simulations and networks to advance protein research.

A look into how chromosome structure impacts gene function and health.

COBRA enhances single-cell data interpretation through clear separation of influences.

Researchers aim to model how cells grow and specialize.

A look into how cells manage misfolded proteins and their implications for health.

A look at how nanoscale budding affects cell functions and disease dynamics.

Research sheds light on how RyR clusters affect heart rhythms.

Research uncovers potential pathways for treating obesity-related insulin resistance.

Research reveals how cell footprints affect movement and organization.

Discover how mutations influence protein binding dynamics in cells.

Study uncovers a novel method of EV release in cells.

Explore the vital roles of membrane proteins and their interactions with cholesterol.

Myelination is key for efficient neural communication and behavior.

CELTIC improves accuracy in labeling rare cell types and organelles.

New modeling techniques improve understanding of DNA structure and its functions.

T cells rely on cytokines for effective immune responses against cancer and infections.

Trained immunity enhances immune response and holds promise for cancer therapy.

Cells transport materials to grow and invade tissues using endosomes and proteins.

Examining protein behavior in solutions and its implications for science and medicine.

R-loops impact DNA functions, showing both beneficial and harmful effects.

Research reveals how cell types in tumors affect patient survival rates.

Discover the functions and significance of lncRNAs across various organisms.

AI is transforming how researchers create virtual cells to study biological processes.

Uncovering how RNA interacts with proteins beyond protein coding.

Discover the vital roles of GAPDH in energy production and cellular processes.

DBiTplus combines RNA and protein analysis for better cell insights.

Research reveals how cell interactions impact colorectal cancer outcomes.