Latest Articles for Molecular Biology

SPO11 plays a key role in DNA cutting during meiosis.

Exploring the crucial function of the transmembrane domain in SARS-CoV-2.

DAXX mutations impact telomere maintenance and cancer development.

A new model improves how scientists study protein interactions and functions.

Explore how chromosomes change shape during cell division and the science behind it.

A new tool predicts water interactions around proteins for better drug design.

Investigating LINE-1 proteins offers new insights into cancer and potential early detection.

Discover how RNA-GPT is revolutionizing research on RNA and its functions.

Learn how MHC-I proteins signal threats to our immune system.

Discover how SPO11 facilitates DNA breaks during meiosis.

A look into how genes are controlled and expressed in cells.

TIRE-seq simplifies RNA study, making gene research faster and more efficient.

Vimentin is essential for maintaining cell shape and organization.

This article examines how molecular vibrations affect photoisomerization efficiency.

Exploring how genetics and environment shape organism traits and health.

New research highlights the role of PLSCR1 in fighting influenza.

Exploring how calcium channels influence communication between nerve cells.

Nerpa 2 connects gene clusters to peptides, enhancing drug discovery.

DivideFold simplifies RNA structure prediction by breaking long sequences into shorter fragments.

Discovering cell secrets with cryo electron tomography.

PeptideCLM enhances peptide drug discovery by predicting properties accurately.

SNED1 is essential for cell survival and communication within the extracellular matrix.

An overview of gene expression and its regulation mechanisms.

Examining how variations in EXO5 affect DNA repair and cancer susceptibility.

Telomeres play a crucial role in cancer cell behavior and genome interactions.

Explore how proteins function and move within our cells for overall health.

Research reveals new details about cyclin regulation in fruit fly egg development.

Exploring how genome organization impacts gene function and health.

Research reveals how methylation impacts gene function and transposable elements.

HSF2 plays a critical role in managing gamma-herpesvirus activity.

Learn how ComP helps bacteria interact with DNA through advanced modeling.

Explore how parity violation affects molecular behavior and measurements.

Investigating how DNA repair impacts health through zebrafish studies.

Discover the significance of codons in protein synthesis and gene expression.

BAPULM simplifies drug interaction predictions, speeding up medicine development.

Research reveals potential of saRNA technology in enhancing vaccine effectiveness while managing immune responses.

Understanding how biomolecular condensates form and behave reveals their role in cell function.

Exploring how proteins create themselves and the consequences of extra pieces.

Discover how VRACs act as vital regulators of cell size and balance.

Learn how molecular fingerprints help scientists compare and analyze molecules efficiently.