Latest Articles for Biochemistry

Membrane receptors are key proteins for cellular communication and interaction.

Scientists develop a rapid approach to assess protein fitness effectively.

New tools enable precise tracking of kinase activity in living cells.

Study of SthK reveals crucial dynamics in CNBD channels.

A new method using dihedral angles may improve protein structure predictions.

Research reveals how N-degrons affect protein breakdown through specific amino acid sequences.

Study reveals how cells adapt communication despite changing individual properties.

New method improves efficiency in studying protein structures and interactions.

Exploring how serotonin impacts brain function and cognitive decline.

Examining how Leishmania evades the immune system and acquires vital lipids.

Learn how SAXS and SANS analyze biological molecules and their structures.

New method optimizes NMR experiments, improving parameter estimates in complex systems.

Examining how life may have originated from basic chemical building blocks.

Exploring the complex relationship between ribosome levels and cell growth.

Study reveals how DNAP interacts with the replication fork and its challenges.

This article explores the function and structure of RNRs in DNA synthesis and repair.

Explore the role of RNA Polymerase II in turning genes into proteins.

New methods enhance understanding of protein charge interactions and behavior.

Investigating how DNA shape impacts replication challenges and mechanisms.

Researchers investigate TRPV1's shape changes and toxin interactions using advanced techniques.

This study reveals membrane impact on energy transfer in photosynthetic bacteria.

Exploring how saturated and unsaturated lipids impact cell membrane properties.

DigestR simplifies the study of protein breakdown, aiding research across various fields.

This article examines how temperature affects fluid movement within cells.

Lysosomes influence cell health through movement and response to amino acids.

Research highlights challenges of DNA replication and transcription conflicts in cells.

A new tool simplifies the loop grafting process in protein design.

Examining how to define and identify cell death in biological systems.

Cholesterol significantly influences G protein-coupled receptors and their role in drug responses.

Examining the role of signals and structures in cell behavior.

A new model enhances predictions of enzyme-substrate interactions, aiding scientific research.

Exploring how ATG5 and the retromer maintain cellular functions and repair.

Study refines methods for peptide measurement and degradation in biological samples.

This research reveals how amino acid changes affect protein fitness and function.

Learn how DAG and Dip2 influence cell signaling and health.

Research uncovers new sulfation sites, enhancing protein functional understanding.

Study reveals how protein interactions in piRNA pathway adapt over time.

A fresh approach reveals how proteins bond in cell membranes.

Study reveals key methods for identifying biomarkers linked to common diseases.

Research highlights the role of phospholipids in GPCR function using lipid vesicles.