Latest Articles for Molecular Biology

This study investigates gender differences in glioblastoma patient outcomes using advanced statistical methods.

Research reveals new findings about the spike protein's behavior and its implications.

Research into RNA reveals insights into early life replication mechanisms.

FlaHMM predicts piRNA clusters in fruit flies, enhancing our understanding of transposable elements.

Exploring the role of centromeres and RNA in chromosome stability and function.

Exploring RNA's dual function in genetics and catalysis.

Research highlights USP1 inhibitors as potential cancer therapies.

Study reveals how cell adhesion shapes tissue development.

Nab2 is crucial for proper gene expression and splicing in brain development.

Research focuses on ENO1 as a marker and treatment target in breast cancer.

Discover the latest in DNA and RNA simulation technology and its applications.

This article explores how DUBs maintain integrin levels in cells and their implications in disease.

New insights into how splicing affects neuron function and health.

H2A.Z histone variant shapes transcription process across different species.

ARPBs enhance interaction with chiral molecules for drug development.

CALHM proteins play key roles in taste perception and cellular communication.

This article examines how microtubule arrangement affects cargo movement within cells.

Research reveals NEP's critical role in IAV infection and replication.

Researchers study polaritons to manipulate molecules using light in small cavities.

Study shows how protein structures and sequences evolve over time.

Discover the mechanisms behind stress fiber repair in cells and their importance.

Exploring the origins and dynamics of early RNA systems.

Rydberg molecules reveal exciting atomic behaviors and potential applications in modern science.

A look into the role of ecDNA in cancer progression.

Study reveals how isomers affect chemical reactions and behaviors.

A new qTAG system simplifies gene tagging for researchers.

Ubiquitin stabilizes endocytosis, ensuring effective cellular uptake of vital materials.

MECOM is crucial for blood cell formation and function.

Researchers examine protein structures to develop new cancer treatments.

A new tool enhances predictions of transcriptional regulator activity in genomic research.

Researchers are improving drug design with innovative techniques for better medication development.

New techniques enhance our understanding of plant pathogens through single-cell analysis.

Study reveals how H3S10 phosphorylation affects gene activity and chromatin structure.

An overview of how cells grow and divide in a systematic process.

New techniques enhance the analysis of RNA-protein interactions in cells.

Study reveals unique cell cycle dynamics in multiciliated cells.

New methods improve analysis of proteins, aiding in health research.

Research reveals key genetic links to survival rates in ovarian cancer patients.

Exploring the complexities and implications of negative sense RNA viruses.

Discover how directed evolution optimizes protein functions for real-world applications.