Latest Articles for Molecular Biology

This study reveals how VezA supports dynein and dynactin assembly in cells.

Study reveals how insects combat viral infections using RNase H and vcDNA.

A novel approach enhances the generation of molecular conformers for drug discovery.

A new method enhances speed and accuracy of molecular interaction calculations.

Mol-GDL enhances molecular predictions by integrating covalent and non-covalent interactions.

This study explores gene changes in the myometrium at labor onset.

Examining how riboswitches control gene activity in response to metabolites.

Researchers explore how periodic miRNA levels affect gene expression and cellular decisions.

LUC7 proteins significantly impact gene splicing and energy usage in cells.

Discover how PPR proteins bind to RNA and their importance in cell functions.

ECSA offers a simple way to identify weak protein interactions effectively.

SETDB1's role in histone modification impacts gene control and disease prevention.

Research on amphipathic helices reveals new insights into protein localization in cells.

This article explores the role of transporters in moving substances across cell membranes.

Explore how salt concentration affects DNA structure and behavior.

PABP is crucial for stabilizing mRNA and aiding protein production.

Researchers uncover the role of PBK in protein behavior during cell division.

Research highlights the role of the piRNA pathway in fertility and genome stability.

Recent research shows naked RNA can effectively activate immune responses and enter cells.

Study reveals how electric fields influence particle behavior in helical structures.

New methods improve gene studies using eHAP cells and diploid cells.

Kinetoplasts are essential for the survival of certain parasitic organisms.

Research reveals how ITSN1 aids in cell nutrient uptake and communication.

Innovative methods improve identification of cancer markers through DNA methylation analysis.

Study examines how genetic variants affect psychiatric disorder regulation.

FLEXIs are emerging as potential biomarkers for health and disease.

Exonuclease III is vital for repairing damaged DNA, especially in single-stranded forms.

Research into synthetic sRNAs reveals their potential for regulating gene expression in bacteria.

C12orf29 is crucial for RNA ligation and tRNA processing, impacting gene expression.

Discover the role of meiotic recombination in genetic variation and evolution.

Examining the DNA repair processes crucial for immune cell function.

A look at how motor proteins ensure efficient cargo movement in cells.

Study reveals mechanisms of transporters shifting from sodium to hydrogen ions.

FssC is crucial for managing dNTP levels during the cell cycle.

Exploring the complex process of protein folding and its implications in biology.

Research reveals how DNA nanostars achieve superselective binding to surfaces.

iGluRs are crucial for fast signaling at neuromuscular junctions in fruit flies.

Study reveals how membrane thickness affects protein sorting and lipid interaction.

Research highlights CDK2's impact on immune responses during viral infections.

A deep look into proteins, their structure, and significance in science.