Latest Articles for Biochemistry

This article discusses how salt affects protein behavior during liquid-liquid phase separation.

Research reveals how chromatin modifications influence protein binding and gene expression.

Research reveals multiple functions of PTPN22 in cellular processes beyond immunity.

PocketVec enhances understanding of protein-ligand interactions for drug discovery.

RPA is critical for DNA replication, repair, and meiosis in cells.

NAT10 protein and ac4C modifications are crucial for oocyte maturation and fertility.

Innovative approach automates modeling of flexible protein regions.

New techniques improve our study of P450 enzymes in plants and fungi.

Discover how RIF1 influences B cell development and immune responses.

Exploring how proteins manage DNA during cell division.

This article explores the evolution and functions of aminotransferases in nitrogen metabolism.

Researchers study protein stability to improve the effectiveness of protein-based medications.

Exploring the roles and interactions of bacterial microcompartments in metabolic processes.

A look into how iron-sulfur clusters aid nitrogen fixation and impact agriculture.

Research investigates energy transfer in alpha-helix proteins through solitons.

Research reveals how electrons are distributed during photosynthesis in engineered organisms.

Research reveals ORP7's importance in lipid transport and health implications.

Research reveals how ions affect olfactory receptor stability and function.

Introducing DrugChat, a system to enhance drug discovery through interactive questions and data analysis.

Research on ACE2 helps explain varying Covid-19 severity in individuals.

New framework improves predictions and understanding of enzymatic pathways.

Innovative methods enhance understanding of protein shapes and functions.

Innovative methods reveal insights into transition metal electronic structures.

Research highlights taurine's impact on body weight and energy regulation.

Explore how the cell cortex and septins influence cellular processes.

Explore the relationship between protein domains and their interactions with drugs.

New modeling techniques improve understanding of Aβ aggregation in Alzheimer's disease.

Introducing SQUARNA, a promising method for predicting RNA secondary structures.

Examining how CMG helicase influences DNA replication and its impact on genetic stability.

This article discusses the Michaelis-Menten model and its limitations in enzyme kinetics.

Investigating how Rhodobacter sphaeroides captures light energy through unique structures.

Examining how low temperatures affect RNA folding and functionality.

CatPred offers reliable enzyme kinetic predictions using comprehensive data and advanced techniques.

Research on metal fluorides reveals insights into enzyme mechanisms and functions.

Examining how TDP-43 protein modifications affect brain health.

Research explores how sparsentan interacts with the AT2R receptor.

Research highlights the function of small heat-shock proteins in preventing protein aggregation.

PhosX enables researchers to infer kinase activity from phosphoproteomics data efficiently.

A novel method enhances the speed and accuracy of protein complex docking.

WatGNN improves water position predictions around proteins for better research outcomes.