Latest Articles for Protein Interactions

CDK2 and its forms impact cell division and reproduction in mice.

Endophilin A1 is crucial for maintaining balance in brain signaling.

FerriTag improves protein labeling in CryoET for better cellular imaging.

This article examines how transcription factors influence gene activity and binding regions.

LRRK2 plays a crucial role in diseases, especially Parkinson’s and Crohn’s.

Research uncovers diverse roles of intracellular nanovesicles in cell function.

Research reveals how VEL proteins aid in gene silencing in plants.

New insights into mutations and drugs offer hope for cancer treatment.

Study reveals how RNAseT2 from macrophages aids muscle stem cell fusion.

Exploring nuclear pore complexes and their impact on RNA transport and cellular health.

Research reveals how peptides interact with adhesion GPCRs, influencing drug design.

New methods enhance LIR identification in selective autophagy processes.

This article examines the effects of lipid biosensors on cell signaling.

Research uncovers PUL-1’s role in Pseudomonas aeruginosa virulence through ubiquitin signaling.

Research highlights new therapies for disease by removing harmful proteins.

Study reveals distinct protein clump patterns in Parkinson's and MSA.

GRASP improves accuracy in predicting protein complexes using experimental data.

Research on USP30 inhibitors may lead to new Parkinson's treatments.

Research reveals PP1's interactions with PIPs impact cell signaling and protein synthesis.

PEBP1 enhances cell responses to mitochondrial stress, impacting health and disease.

A look at how actin influences cellular material uptake.

Research reveals insights on proteins crucial for brain cell connections.

Understanding how key proteins maintain the structure and function of cells.

SNX9 protein plays a key role in cellular processes and cancer progression.

New methods enhance accuracy in predicting antibody-antigen interactions.

HpARI proteins impact IL-33 responses, influencing immune reactions to allergens and parasites.

A novel way to adjust cholesterol levels in liposomes for protein studies.

Research highlights the role of Dock7 and Cdc42 in cancer cell survival.

Investigation of the TAC reveals key insights into genetic inheritance in Kinetoplastids.

Research reveals improved tools to block TEAD, impacting cancer cell growth.

Research uncovers how amino acids relate to cellular damage in MSUD.

Recent findings reveal how autophagy works and its importance in brain health.

Research highlights how AFF3ir-ORF2 can help reduce inflammation in arteries.

Bi-nano-ID enhances understanding of protein interactions, focusing on TAZ in cell signaling.

Adherens junctions ensure cells stick together and respond to mechanical stress.

AsEP dataset and WALLE model enhance antibody-epitope prediction methods.

New insights reveal how CTCF and cohesin interact to influence chromosome organization.

This study evaluates scoring functions for predicting protein interactions based on physical features.

SNARE proteins are vital for transmitting signals between nerve cells.

Research reveals how proteins Cdc24 and Rga2 regulate Cdc42 activity in yeast.