Latest Articles for Molecular Biology

GGFlow improves drug design by efficiently generating new molecular structures.

Discover how m6A modifies gene expression and affects biological processes.

Exploring the role of proteins in heart health and disease management.

p62 is key in recycling damaged parts of cells, aiding in health and stress responses.

GapDiff improves molecular generation methods for better drug design.

Researchers reveal new insights into protein interactions within mitochondria using advanced modeling.

New methods improve RNA assembly efficiency and accuracy using safe paths and sequences.

Research reveals significant pseudouridine patterns across various human cell types.

RNAformer improves accuracy in RNA secondary structure prediction using deep learning.

Researchers enhance proteins using noncanonical amino acids for better functions.

LINEUP program enhances understanding of DNA sequences and their evolutionary relationships.

A new method improves the study of molecular interactions efficiently.

G proteins are vital for cell signaling and drug targeting.

Research reveals new insights into RNA profiling using fruit flies.

An overview of how morphogens shape gene activity in developing embryos.

Discover how light-activated proteins change shape and function in different conditions.

MCMBP is crucial for accurate DNA duplication in cells.

Exploring the dominance of left-handedness in life's building blocks.

Study reveals key functions of Sakura and Otu in female fertility and egg production.

A look into how cells produce essential proteins through gene expression.

Discover how DNA methylation influences growth in Nasonia vitripennis.

Neuronatin impacts calcium flow, linking to health issues like diabetes and obesity.

A new method improves calculations for molecular interactions, enhancing efficiency and accuracy.

Conical intersections are key in understanding molecular behaviors under light exposure.

Researchers enhance protein stability using insights from extreme-loving organisms.

Discover how NuMA ensures accurate cell division and chromosome separation.

Discover how antibodies fight infections and adapt through mutations.

Z-DNA reveals surprising roles in our genetics and immune response.

Researchers uncover how genome structure affects gene expression in neural progenitors.

Discover how mRNA localization impacts cell function and tissue health.

A look into how molecules interact and the importance of energy levels.

Explore the vital process of cell division and the role of key proteins.

Selfish DNA elements threaten survival of species through competition.

Learn how enzymes and transition states speed up chemical reactions.

This article explores how TERT gene variations influence cancer susceptibility.

Protacs offer a new approach to targeting harmful proteins in cancer therapy.

Discover how heat and work interact at the molecular level.

Discover how TET proteins shape cell development and gene behavior.

A look into how cells produce proteins through gene expression.

CASAAV-HDR combines CRISPR and viral techniques for heart disease research.