Latest Articles for Protein Interactions

Study reveals how DNA replication handles tension and stability issues.

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

This research highlights the role of sdAbs in targeting fibroblast activation protein.

Myc proteins control gene activity and are linked to cancer development.

This study reveals how GPCRs and G proteins interact critical for drug target insights.

Research reveals roles of RNA-binding proteins beyond RNA interaction.

Research reveals motor clustering improves cargo movement efficiency in cells.

Discover how cells eliminate faulty mRNA to prevent harmful proteins.

Research uncovers protein interactions that may influence Alzheimer’s progression.

This article investigates the role of motor proteins in microtubule dynamics.

Learn about the crucial functions of bacteria's outer membrane proteins and their assembly.

Explore how COCOMO2 helps study the behavior of biomolecules.

New methods improve accuracy in identifying drug targets for better treatments.

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

Notch signaling plays a key role in how cells communicate and develop.

PTP1B and Grb2 interactions enhance cellular signaling processes.

Ferredoxin proteins are vital for energy and nutrient processes in various organisms.

This study reveals how membrane shape affects protein clustering and cellular organization.

Investigating LINE-1 proteins offers new insights into cancer and potential early detection.

Discover how SPO11 facilitates DNA breaks during meiosis.

This article explores how protein interactions create patterns in cellular processes.

Exploring how ARHGAP18 regulates actin and maintains cellular structure.

ADF/Cofilins are crucial proteins for cell movement and shape changes.

Exploring how DNAJC7 mutations impact motor neuron health in ALS patients.

A new model helps scientists study Alzheimer's disease interactions.

Enzymes play a key role in organizing protein droplets in cells.

Explore how tiny motors within cells compete to transport cargo.

Discover how NIPBL and chromatin loops influence gene expression.

Unraveling the role of CECR2 in gene access and expression.

Learn how Tsg influences BMP signaling in development across species.

Tetraspanins help bacteria attach to cells, influencing infection mechanisms.

Beta turns are essential for protein folding and function.

A deep look into how the ECM shapes cell communication and health.

Membrane curvature influences protein interactions and cellular activities significantly.

Research shows PA28γ and C1QBP interact, promoting OSCC growth and invasion.

Discover how WNK kinases manage cellular responses to osmotic stress.

Researchers develop a faster way to identify antibody binding sites using advanced tools.

Discover how ASAP1 and its PH domain drive cellular functions and impact disease.

COWAS reveals gene interactions affecting health traits like cholesterol, Alzheimer’s, and Parkinson’s.

Learn how the androgen receptor impacts muscle health and disease.