Latest Articles for Molecular Biology

Discover the fascinating interactions of sperm and egg proteins in fish reproduction.

Discover how SRSF1 edits RNA for proper gene expression.

Research investigates how cell-wall genes impact sepal shape consistency in plants.

Introducing RNA-TorsionBERT for improved RNA angle predictions and quality assessment.

Transformers are changing how we analyze DNA and RNA sequences.

PP2Drug is transforming drug design by streamlining the process for creating new candidates.

Discover how membrane proteins maintain cell health and balance.

Learn how the exocyst complex aids plant immunity.

Explore how histones and RNA polymerase II function during the cell cycle.

Discover how PECD advances our study of chiral molecules in biology.

Research reveals how biomolecular condensates regulate gene expression in plants.

Discover a powerful new strategy for RNA sequence design and its implications.

Discover how Bam gene impacts reproduction in fruit flies.

Discover how Seb1 ensures efficient RNA production and processing.

Research shows PA28γ and C1QBP interact, promoting OSCC growth and invasion.

Discover how lipid structures control cell behavior and drug delivery.

Explore how DNA methylation influences gene activity and cancer progression.

Discover how transposable elements impact evolution and genetic diversity.

New red potassium indicators reveal insights into cellular processes and neuron activity.

Explore how genes control protein production in cells.

Learn how gene interactions shape traits and impact health.

Gastruloids reveal insights into early embryonic growth and cell organization.

Discover how light influences molecular vibrations through entangled photons.

Scientists use generative modeling to understand protein shapes and functions.

Discover how EnsembleFlex revolutionizes protein flexibility research.

Discover the critical roles of cell membranes and crosslinkers in cellular function.

G-quadruplexes play a key role in ensuring proteins fold correctly, especially under stress.

Discover how genes interact through complex regulatory networks.

Uncover the surprising roles of pseudogenes and non-coding RNAs in our DNA.

New tool SCOPER enhances RNA shape modeling using SAXS data and ion predictions.

Discover how SETD6 and Aurora-B work together to ensure proper cell division.

Discover the powerful connection between biotin and streptavidin in biochemistry.

Researchers use machine learning to reveal how T Cell Receptors interact with ligands.

Researchers develop new methods to study gene regulation and enhancer function.

Discover the vital roles of Setdb1 and Atf7IP in protecting our genetic code.

Learn how peptides shape protein interactions and influence cellular functions.

Investigating how cells decide their roles in a complex biological environment.

Discover how DMD-3 shapes the tail of male organisms during development.

Explore how cells take breaks to survive and the role of p21.

StripePy enhances genomic research by effectively detecting stripes in DNA structure.