Latest Articles for Molecular Biology

Insights into protein dynamics and their importance in biological functions.

This study sheds light on how embryonic cells differentiate into distinct lineages.

Molecular motors influence chromosome behavior, organization, and gene expression in cells.

A new framework enhances drug candidate prediction in biomedical research.

A look into how NLR receptors help plants fight infections.

HDAC1 plays a crucial role in regulating gene expression through lysine acetylation on histones.

Exploring the differences between cgDNA and cgDNA+ in DNA mechanics studies.

Discover how proteins change shapes to perform vital functions in living organisms.

RNA compartments formed through phase separation impact cellular functions and diseases.

Study reveals how cells move based on their environment's stiffness.

Examining how the 2C protein aids enterovirus replication and potential treatment targets.

HPV alters cell behavior by targeting key tumor suppressors, increasing cancer risk.

This study examines how nutrient availability affects ribosome production and degradation.

A look at how Dicer protects mosquitoes from arboviral infections.

Research reveals distinct methods for clearing dead cells and polar bodies.

Examining Cpn1's influence on heterochromatin and RNA processing.

Argonaute proteins interact with small RNAs to regulate gene expression effectively.

Topoisomerases are crucial proteins that help regulate DNA structure and gene expression.

This research explores deep learning's role in predicting intron retention and chromatin state.

Research reveals how loop movements in enzymes affect their efficiency and function.

Exploring how ELAV proteins influence circRNA levels in neuronal development.

CiBER-seq advances gene research by reducing noise and enhancing measurement accuracy.

A look into protein condensates and their role in cell biology.

CRISPRware enhances gRNA library design for improved genetic studies.

New insights into miRNA mutations and their links to health conditions.

Study examines how aging affects gene expression in a simple roundworm model.

Research reveals how specific transcription factors influence HPV-18 behavior in skin cells.

A new framework enhances the prediction of protein interactions and functions.

Kinetic proofreading enhances molecular recognition in DNA systems for better accuracy.

A study on the shapes of protein-associated rings and their reliability.

New methods are reshaping how scientists study molecular structures and their applications.

Study reveals how nuclear localization signals affect HIV-1 replication.

A new method improves protein shape reconstruction using cryo-electron microscopy.

This study advances gene regulatory network inference by integrating epigenomic data.

RNA changes play a key role in the body's defense against viruses.

This study explores how dynein motors impact ciliary oscillations and their efficiency.

G-quadruplexes play a significant role in controlling gene expression and chromatin structure.

New techniques reveal insights into how cells communicate and respond to their environment.

A look into the vital parts of the nuclear interior and their roles.

A new method to study and manage cellular noise through light-controlled gene expression.