Latest Articles for Cell Biology

New insights into the connection between HTT and NEAT1 in Huntington's disease.

Exploring how calcium influences ATP production in cellular processes.

Researchers uncover how Mycoplasma mobile moves using unique structures.

New method improves biological imaging quality using class labels.

PP2A Cα is essential for T cell survival and activation in immune responses.

Study reveals vital signals for liver cell health.

Microglia and astrocytes work together to shape neural connections in the brain.

How membrane structures impact cell strength and flexibility across different organisms.

scDirect helps identify key transcription factors for cell type changes.

UBE3A is crucial for proper brain development and function, impacting several cell types.

Innovative approaches replace animal testing in drug safety assessments.

Rtt107 is vital for DNA repair and maintaining genomic stability.

WRN protein is crucial for repairing DNA double-strand breaks.

Fascin plays a crucial role in cell structure and movement, especially in disease.

Discover how small RNAs help bacteria survive in harsh environments.

An overview of centriole amplification and its significance in multiciliated cells.

NCLUSION simplifies clustering and gene identification in single-cell studies.

Research reveals how amino acids shape NMDA receptor function in brain signaling.

Faf's role in the Hippo pathway is crucial for tissue growth control.

Genome-Shuffle-seq offers new insights into structural variations and their impact on genetics.

Research reveals how EGFR mutations influence lung cancer cell behavior and structure.

A new method using PF127 enhances observation of biomolecular condensates.

NPM1 protein's significance in cell processes and interactions with 14-3-3 proteins.

Learn how cells manage DNA damage and the role of proteins like REV1.

Study reveals viral movement in insect midgut and salivary glands.

Wnt signaling affects how cells react to DNA damage, influencing survival and death.

New methods improve classification of cell cycle stages using 3D video data.

A new method improves the analysis of mitochondria in electron microscopy images.

Exploring SLC25A46's impact on mitochondria and nerve cells.

BAR proteins shape cell membranes, influencing multiple cellular functions.

New methods improve protein analysis, revealing vital insights into their functions.

Study reveals distinct molecular changes in familial and sporadic Parkinson’s disease.

SMAD4 is key for connections in egg cell growth.

CRF_ID 2.0 improves cell identification accuracy in biological research.

Insights into spindle dynamics and nuclear envelope interactions during cell division.

Research reveals how BoNT/A interacts with nerve cells and influences muscle activity.

New insights on how colorectal cancer avoids immune detection.

Research uncovers early development of NSCs in zebrafish brains.

Investigating Set1's crucial role in germline stem cell maintenance and its implications for disease.

This article explores how different organisms display unique tile patterns.