Latest Articles for Molecular Biology

SNED1 is essential for cell survival and communication within the extracellular matrix.

An overview of gene expression and its regulation mechanisms.

Examining how variations in EXO5 affect DNA repair and cancer susceptibility.

Telomeres play a crucial role in cancer cell behavior and genome interactions.

Explore how proteins function and move within our cells for overall health.

Research reveals new details about cyclin regulation in fruit fly egg development.

Exploring how genome organization impacts gene function and health.

Research reveals how methylation impacts gene function and transposable elements.

HSF2 plays a critical role in managing gamma-herpesvirus activity.

Learn how ComP helps bacteria interact with DNA through advanced modeling.

Explore how parity violation affects molecular behavior and measurements.

Investigating how DNA repair impacts health through zebrafish studies.

Discover the significance of codons in protein synthesis and gene expression.

BAPULM simplifies drug interaction predictions, speeding up medicine development.

Research reveals potential of saRNA technology in enhancing vaccine effectiveness while managing immune responses.

Understanding how biomolecular condensates form and behave reveals their role in cell function.

Exploring how proteins create themselves and the consequences of extra pieces.

Discover how VRACs act as vital regulators of cell size and balance.

Learn how molecular fingerprints help scientists compare and analyze molecules efficiently.

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.