Latest Articles for Molecular Biology

Research reveals the role of DNA repeats in DM1 variability and severity.

This article explores how genes shape organism development through regulation and interaction.

This study investigates how molecules unfold under force using advanced simulations.

Explore the role of RNA Polymerase II in turning genes into proteins.

Exploring how signaling pathways and ligands affect cellular communication in organisms.

New methods enhance understanding of protein charge interactions and behavior.

Investigating how crowded conditions affect protein movement and interaction in cells.

Investigating how DNA shape impacts replication challenges and mechanisms.

Researchers are using LIMO to create specialized molecules for medicine.

Researchers investigate TRPV1's shape changes and toxin interactions using advanced techniques.

Exploring how saturated and unsaturated lipids impact cell membrane properties.

Discover how scientists are designing new protein structures for various applications.

New study highlights how protein changes affect drug interactions.

RNA Polymerase II and its pausing mechanism shape gene expression in complex organisms.

New tools enhance the study of gene expression in RNA sequencing.

New methods allow for effective peptide binders from protein sequences alone.

Scientists reveal the significant roles of unique DNA regions in mammalian development.

Research highlights challenges of DNA replication and transcription conflicts in cells.

Research sheds light on microtubule behavior and their role in cellular processes.

ExoSloNano method uses gold nanoparticles for better protein imaging in live cells.

A new tool simplifies the loop grafting process in protein design.

Research targets ribosome modifications to enhance protein production in synthetic biology.

Exploring how molecules in space influence the formation of planets and life.

Study reveals crucial roles of transcription factors in regulating virulence and metabolism.

Cholesterol significantly influences G protein-coupled receptors and their role in drug responses.

FHOD3L is crucial for forming muscle cell structures essential for contraction.

Learn how cells coordinate in Drosophila wings.

A new model improves predictions of where proteins bind, aiding drug discovery.

CAT tails are crucial for protein quality control in cells.

Research reveals how proteins Cdc24 and Rga2 regulate Cdc42 activity in yeast.

Research improves single-molecule fluorescence imaging by boosting signal detection methods.

CytoLNCpred improves predictions of long non-coding RNA locations in cells.

New combination therapies show promise in improving cancer treatment outcomes.

A new approach to study ligand-receptor interactions in various animals.

New tools improve RNA structure predictions and help identify false homologs.

Study refines methods for peptide measurement and degradation in biological samples.

A study reveals new insights into the DNA replication process.

New insights on AlphaFold's ability to predict protein structures and its limitations.

Investigating how transposable elements influence genetic functions and health.

New methods shed light on the importance of G-quadruplexes in gene expression.