Latest Articles for Cell Biology

Fat cells play a crucial role in energy management and metabolic health.

Explore how 3' UTRs affect RNA behavior and gene expression.

GZMK influences the complement system and inflammation in various diseases.

Research highlights genetic differences in hair cells between zebrafish and mammals.

Study reveals UFM1 levels linked to Alzheimer's pathology and tau accumulation.

Research reveals unique mitochondrial structures and their roles in energy production.

Research uncovers gene roles in shaping the central nervous system of fruit fly larvae.

Research reveals mtDNA damage linked to oxidative stress in oral squamous carcinoma.

Examining HSF1's role in cancer cell survival and proteomic instability.

Research shows let-7 is crucial for lung cell function and healing.

Researchers developed a technique to study lysosomes and their role in various diseases.

TTN5 is a key GTPase influencing plant development and cellular processes.

This article discusses how chromosomes are organized and separated during mitosis.

S-layers are vital structures in bacterial and archaeal cells, influencing shape and protection.

Researchers study a protein in malaria parasites that influences disease but is not essential.

New techniques reveal cell type differences in cancer studies.

Study how cell interactions shape tissues and organs.

A study reveals how chromosome numbers affect cell division and growth in yeast.

Investigating introns reveals their impact on gene regulation and evolution.

Study reveals how C9orf72 gene changes produce toxic proteins impacting brain health.

SPNS1 is crucial for lipid transport and oligodendrocyte survival in the brain.

FzlA is crucial for bacterial cell division across various species.

Exploring how internal clocks influence cell movement and group dynamics.

Endocannabinoids affect Kir channels, influencing various cellular functions and potential therapies.

Research uncovers key factors in cardiac fibrosis and potential treatment paths.

New methods reveal how membrane proteins are made and inserted into cells.

Learn how the study of LECA reveals secrets about early genetic development.

ForSys provides non-invasive analysis of mechanical properties in biological tissues.

T cell receptors are vital in recognizing and responding to pathogens.

RUCova improves mass cytometry data by removing unwanted variability for clearer results.

Research reveals new compounds targeting CXCR4 with potential for cancer treatment.

This article examines fluctuations in gene expression within feed-forward loops.

Research explores converting astrocytes into oligodendrocyte-like cells to treat nervous system disorders.

This article explores how the Golgi apparatus contributes to cell movement.

Exploring cardiolipin's impact on mitochondrial health and related disorders.

Exploring how Condensins and Cohesins shape DNA structure for cellular function.

A new cell atlas for Daphnia reveals insights into gene expression and cell types.

Exploring the functions of CaSR in cellular signaling and calcium management.

Exploring how gene networks influence cell fate and implications for diseases.

Exploring the link between cell shape and protein levels in cancer diagnosis.