Latest Articles for Protein Interactions

Exploring the critical interaction between ch-TOG and TACC3 during cell division.

An overview of how trypsin interacts with BPTI and its variants.

Examining how MYC and MYCN interact with TFIIIC in cell growth and cancer.

This study reveals the mechanisms bacteria use to manage DNA during cell division.

Research shows how cholesterol influences EphA2's role in cancer signaling.

Advancements in single-molecule imaging reveal vital information about cellular processes.

Exploring how the disordered protein SERF binds to TAR RNA from HIV.

A new technique enhances the study of protein interactions in living cells.

Examining how ABHD6 affects AMPAR function and signal transmission in the brain.

Investigating how PIN1 and CtIP protect DNA replication forks under stress.

GTSE1 plays a vital role in cancer cell growth and could be a therapeutic target.

This study explores how phosphorylation and salt concentration affect CTD clustering.

Research sheds light on PINK1's importance in cell survival and stress management.

Researchers leverage nanoparticles to track movement and behavior within cells.

Discover the mechanisms behind neuron spacing and connection in the brain.

Examining how ubiquitination affects neurotransmitter release and neuronal signaling.

Research reveals how phosphorylated tau disrupts mitochondrial cleanup in Alzheimer's disease.

Study reveals the roles of Spt6p and Tom1p in transcription regulation.

Research highlights how curvature sensing proteins adapt to changes in cellular membranes.

New insights into how bacterial effectors influence host interactions and infection.

Study reveals how RABGAP1 influences APP processing in Alzheimer's disease.

Learn how septins influence cell division and other vital processes.

Examining how proteins like BacA influence bacterial shape and division.

Exploring the functions of hATG8 proteins beyond autophagy.

MYC and MAX are critical in controlling gene activity and cell health.

Research reveals STOML's significance in malaria parasite growth and development.

A new tool enhances predictions for proteins in liquid-liquid phase separation.

Research reveals how 14-3-3 proteins influence RAF activity and cellular functions.

Study reveals how proteins regulate mitochondrial shape and function.

Study reveals EGFR operates independently of the actin network in cells.

Palm1 is essential for organizing neuronal structures and improving communication.

Research reveals critical interactions of BRD proteins in cancer treatment.

Research reveals how BET proteins influence chromatin and gene expression in cancer cells.

A competition driving advancements in compound discovery for targeting LRRK2-WDR.

A new approach to studying drug-protein interactions using thermal stability assays.

Research highlights DVL2's importance in Wnt/β-catenin signaling and cellular function.

New quantum-inspired methods enhance molecular docking for drug discovery.

Research explores protein interactions to develop new treatments for tuberculosis.

Explore the role of viroporins in viral infections and cell interactions.

Exploring the role of the Rcs pathway in bacterial stress responses.