Latest Articles for Molecular Biology

Study examines how sample handling affects gene expression in mouse spleens.

Research reveals how spatial boundaries affect chromatin movement inside the nucleus.

New dataset CREMP enhances research on macrocyclic peptides in medicine.

Exploring how ribonucleotides affect DNA integrity and repair mechanisms.

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

New tool enhances understanding of small molecules' biological activities.

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

Neurexins shape glycinergic synapses, affecting inhibition and signal strength in the brain.

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

Exploring how chromatin affects gene organization and activity in living cells.

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

METL combines synthetic data and machine learning for improved protein design.

Research reveals key details about the spike protein's role in COVID-19 infection.

A study on how RNA variations lead to diverse protein functions.

Research reveals the complexities of RNA splicing in brain cell types.

Research reveals how RNA-binding proteins help plants survive cold environments.

mLiftOver simplifies data integration from different DNA methylation analysis platforms.

Examining unintended mutations in bacterial genome editing techniques.

Exploring how proteins manage DNA during cell division.

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

This article explores how mutations in Palb2 can impact DNA repair and cancer susceptibility.

Exploring how peptides interact with MHC molecules to influence immune reactions.

Research reveals new methods to target KRAS mutations in aggressive cancers.

This article explores how genes are transcribed preferentially in one direction.

sincFold offers new methods for accurate RNA structure prediction.

Research deepens knowledge of Kv1.2 potassium channels and their inactivation mechanisms.

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

Lingo3DMol enhances drug design by integrating AI and 3D molecular modeling.

Examining how actin mutations like R196H affect cell function and health.

New methods enhance yeast reproduction efficiency for genetic research.

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 ORP7's importance in lipid transport and health implications.

Research reveals lncRNA CR40469's role in wing disc regeneration.

Research reveals how Znf706 interacts with G-quadruplexes, affecting gene expression and disease.

Examining meiosis, PRDM9, and genetic diversity in organisms.

A study comparing genome assembly methods for various nematode species.

CDK12's impact on cancer biology and treatment strategies is gaining attention.

IMPC studies gene mutations in mice to understand gene functions.

New method enhances mapping of molecular transformations.