Latest Articles for Proteins

New insights challenge existing views on PANX1 activation via phosphorylation.

Study reveals complex RNA and protein interactions in social amoeba development.

Researchers develop tools for better vaccine design targeting the immune system.

This study reveals the complete genome of Hadrurus arizonensis, enhancing our knowledge of scorpions.

Discover the vital role of cilia and their protein interactions in human health.

This study reveals protein patterns linked to CADASIL stages, aiding future research.

Discover how machine learning is transforming protein engineering and directed evolution.

DSSI cross-linker enhances protein analysis, revealing new insights into protein interactions.

Study reveals protein markers aiding MIS-C diagnosis.

This study compares endocytosis in three fungi to uncover cellular diversity.

Study reveals potential roles of uORFs in gene expression and protein function.

Study reveals dynamics of protein-RNA interactions and their implications for health.

New methods improve accuracy in predicting protein shapes and their functions.

A new method enhances protein detection in plasma for better disease diagnosis.

iScore offers a faster method for predicting drug binding to proteins.

Research uncovers how synaptic proteins impact brain communication and memory.

Researchers use plants to produce proteins quickly and cost-effectively.

New models predict protein functions and mutations to improve health responses.

New research uncovers protein interactions in Leishmania for improved treatments.

Research aims to enhance understanding of osteoarthritis through synovial fluid analysis.

Researchers develop a technique to study protein binding to various membrane shapes.

Study uses advanced methods for better understanding of protein roles in neurodegenerative diseases.

Research reveals complex protein movement within the Golgi, challenging old models.

New methods align particles for clearer imaging of molecular structures.

A new method improves protein structure analysis through HDX-MS.

Machine learning boosts toxin classification, aiding drug safety and biological research.

Research reveals genetic and protein links to stroke risks and potential treatments.

Scientists analyze bacteria's genetic codes for insights into their functions.

A look into how phosphorylation affects protein shape and function.

Researchers use machine learning to better predict protein mutations and their effects.

Understanding the vital role of the paraflagellar rod in cell movement and signaling.

New methods reveal insights into protein locations within mitochondria of yeast.

Research reveals how ITSN1 aids in cell nutrient uptake and communication.

Exploring the complex process of protein folding and its implications in biology.

Study reveals how diet alters protein profiles, influencing health.

Combining symbolic reasoning and deep learning to enhance biomedical data analysis.

FInCH streamlines the analysis of protein expression and cell structure for biological research.

Study examines protein levels in fever patients after travel to tropical areas.

Explore how molecular dynamics simulations reveal protein behavior and interactions.

Exploring the significance of protein folding in health and disease.