Latest Articles for Cell Biology

Examining how LRRK2 and PPM1H influence Parkinson's disease progression.

Study reveals how DNA replication handles tension and stability issues.

Research highlights the role of phospholipids in GPCR function using lipid vesicles.

Research highlights SFN’s role in enhancing lysosomal function for Niemann-Pick disease.

PAK kinases influence cell movement and growth, impacting cancer development.

Research reveals how realistic inputs affect neuron characteristics and responses.

This article explores how eukaryotic cells evolved and their connections to archaea and bacteria.

RHBDL4 is vital for protein management and has implications for various diseases.

New research reveals Xist's influence on genes beyond the X chromosome.

Research shows lipids can influence adenylyl cyclase activity and cAMP production in cells.

Research highlights potential of targeting epigenetic changes in cancer therapies.

A look at how actin filaments contribute to cell movement and function.

Explore how untranslated regions affect RNA stability and gene expression regulation.

Researchers reveal cellular structures in aquatic microbial eukaryotes with advanced imaging techniques.

New method measures cell stiffness without harming the cells, aiding disease research.

This study examines how microhomology affects immune receptor diversity.

The SMINT method integrates data to analyze glioma cellular environments.

Explore how TCRs A6 and B7 differ in immune function.

Research reveals how torsion affects RNA polymerase action during transcription through chromatin.

Sodium channels are essential for cell communication and various bodily functions.

CELL-Diff enhances protein imaging and sequence prediction for biological research.

Cytomarker combines human expertise and computer analysis for designing antibody panels.

An overview of topoisomerases and their crucial functions in DNA processes.

Researchers explore how kinases regulate cellular functions and the blood-brain barrier.

Researchers improve DNA integration methods in human stem cells for better therapies.

This study examines biocondensates, their aging, and implications for cellular functions.

Researchers create synthetic cells using innovative methods for advanced molecular interactions.

Researchers unveil a detailed atlas of gene regulation in zebrafish embryos.

An overview of Wnt signaling and its role in cell regulation.

This study reveals how electric fields guide cell movements and interactions.

Examining how elevated ubiquitin levels affect brain health and cognitive functions.

Research introduces improved method for studying how cells invade surrounding materials.

Chronic inflammation and NF-κB activation contribute to pancreatic cancer progression.

Research reveals MEGF10's role in muscle health and repair mechanisms.

This study examines enzyme effects on particle motion in thick environments.

Research reveals the crucial role of lysosomes in cell health and energy production.

New methods to edit mitochondrial DNA show promise for treating diseases.

A new approach to design molecules based on cellular effects.

Research reveals how EBV alters B cell metabolism to promote growth.

Protein clusters are vital for cell function and can change structure based on conditions.