Latest Articles for Molecular Biology

Yck kinases influence nutrient response and cell growth through Mss4 and TORC2 signaling.

Examining the role of G proteins in cell signaling and the impact of mutations.

GenZProt improves protein backmapping using machine learning techniques for better accuracy.

Researchers enhance mouse genome annotation using long-read sequencing technology.

MORFIN simplifies fluorescent protein fusions for undergraduate involvement in molecular biology.

New updates improve accuracy of gas-phase reaction models in astrochemistry.

Research sheds light on the role of pseudouridine in RNA and its significance.

Investigating the link between RNA structure and R-loop formation.

Research reveals the complex role of vhs proteins in viral infections.

Molecular chaperones BiP and GRP94 ensure proper protein folding and function.

This study reveals key findings about NMD's role in gene expression regulation.

Research reveals how MutSbeta interacts with mismatched DNA to prevent mutations.

Research reveals mechanisms behind pollen tube movement and their role in plant reproduction.

Exploring how IMP1 influences neuron growth and connections during development.

Exploring how energy metabolism affects ALS and protein aggregation.

Research sheds light on how somites form and influence vertebrate development.

Disordered regions are key players in regulating RNA stability and translation.

Examining hydrogen reactions and their impact on chemistry in space.

A new approach reveals insights into gene regulation and its role in diseases.

Researchers investigate how RARγ and miR-96 affect prostate cancer treatment resistance.

An overview of how translation begins in eukaryotic cells, highlighting key factors.

Polaris improves gene detection in tissue images using deep learning.

APOBEC enzymes play crucial roles in DNA editing and immune defense.

Examining microtubules, tryptophans, and energy movement in cellular processes.

Semiflexible filaments shape cell behavior and assembly processes.

Exploring the role of ESCRT in cell division and protein sorting across life forms.

A new method enhances the prediction of mass spectra for better compound identification.

New insights into how protein complexes regulate retrotransposons in the mammalian genome.

Explore how stress granules and G3BP proteins help cells survive stress.

Research reveals how specific inhibitors interact with P2X7 receptors, guiding drug development.

A new approach to understanding protein function through genetic architecture.

CRISPR technology reshapes our understanding of genetics and drug interactions.

New method enhances understanding of genetic influences on traits through trans-eQTLs.

megaDNA model predicts and generates DNA sequences for better genomic understanding.

Study reveals how hydrogen molecules roam in acetonitrile under light bursts.

A new model enhances prediction of transcription factor binding in DNA.

NOMELT offers a novel approach to protein stability in warm environments.

New insights into the connection between HTT and NEAT1 in Huntington's disease.

GenerRNA advances RNA design through deep learning for innovative medical applications.

This article discusses Surface Chemical Reaction Networks and their importance in molecular interactions.