Latest Articles for Cell Biology

Exploring macrophage cell lines and their implications in immune research.

Researchers develop a technique to study protein binding to various membrane shapes.

Examining how cell division affects intestinal development in a tiny worm.

Exploring how STING influences immune responses and its implications for various diseases.

CSsingle improves accuracy in estimating cell types in mixed samples.

A new approach to improve cell tracking in microscopy images.

RNA velocity aids in understanding how cells evolve by analyzing gene expression.

T42A mutation alters SHP2's binding and recognition, influencing disease development.

Dicer is key in regulating RNA and gene expression in living organisms.

The study reveals essential proteins for MCM complex loading on DNA.

Study reveals diverse growth patterns in C. crescentus impacting its life cycle.

A new method improves cell annotation in single-cell genomics.

Exploring how cellular forces impact tissue formation and healing processes.

ARTEMIS improves RNA structure comparison and analysis, revealing insights into non-coding RNAs.

Research reveals how gene variations influence male and female reproductive success.

Using iron oxide nanoparticles enhances X-ray imaging of sperm cells for better visibility.

A study revealing how biological clocks impact sea anemone behavior and gene activity.

Researchers developed a new assay to explore EHD4 protein activity.

A look into DNA licensing and its significance in cell division and disease.

Research reveals how SARS-CoV-2 moves within cells and its implications for treatment.

New research sheds light on Zika virus strains and their health impacts.

An overview of the seminal vesicle's function and its impact on fertility.

A new method improves visualization and accuracy in single-cell RNA sequencing analysis.

Research reveals complex protein movement within the Golgi, challenging old models.

New research sheds light on the complex mechanisms of wound healing in the body.

Advancements in labeling tubulins reveal new details about cellular functions and diseases.

CircRNAs are vital for gene regulation and synapse development in the brain.

piRNAs help control transposable elements, impacting reproduction in eukaryotic organisms.

Ribbon synapses are crucial for communication between sensory cells and the brain.

Examining how mechanical stress influences cellular behavior and aging.

New studies show potential in regenerating nerve cells using supportive cells.

Exploring how growth controls work in fruit flies.

Researchers investigate the limitations of RSeT medium in stem cell development.

A look into how bacteria manage protein degradation for survival.

A new method improves understanding of gene regulation by correcting for copy number variation.

Investigating how telomeres impact genetic stability and replication issues.

A look into gross chromosomal rearrangements and their implications for genetic diseases.

TTC5 is crucial for balancing tubulin levels in cells.

Exploring the complex effects of aneuploidy on growth and adaptation in cells.

A study revealing diverse cell types affecting male fertility.