Latest Articles for Molecular Biology

Research reveals mixed impacts of mistranslating tRNAs on fruit flies.

Exploring the role of acetylation in Ydj1 function and protein folding.

Research highlights significant RNA modifications in chloroplasts and their role in protein synthesis.

New methods improve RNA design for better stability and functionality.

Recent techniques improve our understanding of human DNA and gene regulation.

Study reveals how KSHV manages gene expression using complex regulatory elements.

New calibration method improves accuracy in studying biological molecules.

A new method enhances the accuracy of molecular diagnostics using artificial data.

A new cloning method streamlines protein production and purification in labs.

New methods enhance genome accuracy using long reads from PacBio and Oxford Nanopore.

Researchers develop a model that enhances stability in molecular dynamics simulations.

Study of how solvents influence molecular stability and interaction energy.

This study explores machine learning techniques to find new coagulant candidates.

Using analog quantum computing to improve water molecule predictions around proteins for drug design.

Investigating how alternative splicing aids adaptation in threespine sticklebacks.

Research reveals interactions in leukemia cell maturation pathways.

New methods reveal how chromatin organization affects gene expression.

Examining the role of exons in protein structure and evolution.

DeepKINET improves understanding of mRNA splicing and degradation rates in cells.

This article explores how proteins shape the body plan of Drosophila larvae.

Exploring how chromatin organization changes during DNA replication in eukaryotic cells.

Research reveals how RNA stability and processing affect gene expression.

Exploring the protective role of YBX1 and RNA in DNA damage response.

TERRA's presence in cytoplasm may influence cancer cell stress responses.

Research highlights the importance of balanced DNA copying for bacterial health.

Research reveals how enzyme movements impact their function and evolution.

New findings reveal dynamics of genetic structures in fruit flies.

Vimentin is key for cell movement in tissues, influencing healing and cancer spread.

Researchers develop a method to analyze RNA dynamics related to the cell cycle.

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.