Latest Articles for Molecular Biology

A look at how SBMO advances drug design by refining molecular candidates.

Discover the vital role of Nav1.5 in heart function and health.

Discover how cells communicate through complex signaling processes.

A look into how C. elegans grows from a single cell.

This article delves into MET kinase mutations and their impact on cancer therapies.

Transposable elements play a key role in genomic evolution and gene regulation.

Discover how RNA and proteins team up inside cells.

Exploring how singlet fission may enhance solar energy efficiency.

R-loops are key structures in gene regulation during transcription.

Discover how tiny blobs in cells shape life’s processes.

Discover the crucial role of NCXs in cellular function and health.

Discover how Rab proteins influence gonad formation in roundworms.

Uncovering the crucial role of microRNAs in managing gene expression and protein production.

Discover how riboswitches control protein production in cells and their potential health implications.

Learn how cryo-electron microscopy enhances our view of biological molecules.

Discover the intricate structures within water that support life.

New strategies improve effectiveness of BRAF inhibitors against cancer.

Researchers enhance gene editing methods to study Leishmania more effectively.

A new coding method reduces confusion in molecular messaging.

Discover how NIPBL and chromatin loops influence gene expression.

Discover how XRN1 influences both viral replication and cellular defenses.

New nanopore technology offers rapid measurements of radiation-induced DNA damage.

A deep dive into the search and classification of human coding genes.

Exploring the significance of GPCRs in drug development and cellular signaling.

Uncover the vital roles of non-coding RNAs in cellular processes.

Transposable elements impact genetic diversity and stability in various organisms.

Research reveals key mechanisms behind potassium ion transport in cells.

Discover how RNA polymerase II impacts cell survival and death.

Autophagy helps cells recycle damaged parts for better health.

Discover how scientists study gene expression in fruit flies.

Orthrus enhances RNA predictions, improving understanding of genetic functions and properties.

Research reveals how genetic context influences the effectiveness of suppressor genes.

DTX3L and USP28 play crucial roles in protein regulation and cell survival.

Uncovering the impact of RNA modifications on protein interactions.

Discover how cancer cells communicate and influence their environment.

Discover how enhancers and promoters work together to regulate gene expression.

A new method simplifies molecule interaction studies, improving efficiency and accuracy.

Discover the vital roles of queuine and queuosine in nutrition.

A detailed review of workflows for analyzing DNA methylation data.

Discover how two genes respond uniquely to estrogen signals.