Latest Articles for Molecular Biology

Study reveals FMNL2's critical function in mouse oocyte maturation and division.

Transposable elements significantly influence plant genetics and adaptation.

Scientists develop COMBI-Tweez for enhanced DNA study and manipulation.

Exploring the role of lipids in GlyR function and drug development.

A detailed look at sperm capacitation and its significance in fertilization.

MoCoP combines molecular and cellular data to enhance drug discovery predictions.

Examining how gating affects biochemical processes and efficiency.

Exploring the methods and significance of accurate tRNA aminoacylation measurement.

A user-friendly tool for analyzing single-cell RNA sequencing data.

An overview of how cells create proteins through translation.

Cells retain memory of past signals affecting their growth and function.

Study reveals PRDM9's role in regulating genetic recombination in salmonids.

Study reveals how coronavirus N protein interferes with nuclear transport mechanisms.

A novel approach enhances the accuracy of tunneling splittings in chemical reactions.

Analyzing structural mistakes in RNA model predictions and their implications.

A look at how point mutations affect DNA and evolution.

Study reveals LRRK proteins are vital for dopaminergic neuron survival.

Research examines RAD51's function in DNA repair and its significance in plants.

N-ary clustering improves data analysis in molecular dynamics simulations for better insights.

Explore how IRE1 clusters help cells manage protein folding issues.

New research challenges previous beliefs about LRRK2's function in gut health.

Study reveals RNA's role in balancing gene expression and protein production.

Examining the importance of chlorophyll and LPOR in photosynthesis.

A new method improves the efficiency of excited state calculations in molecular chemistry.

RNA3DB aims to improve RNA structure prediction using a new organized dataset.

New research uncovers ZFP143's vital function in gene expression regulation.

hA3G alters DNA to combat HIV, showcasing critical interactions.

A novel approach to find regulatory elements in DNA using transcription data.

Study reveals Sendai virus effects on pluripotent stem cells and reprogramming processes.

Exploring how proteins influence each other through DNA interactions.

Research uncovers vital proteins aiding chromosome pairing in gamete production.

Explore RNA's role in biology and its implications for medicine.

Exploring new methods for understanding and designing proteins with specific functions.

Examining how chromatin structure affects cellular functions and disease connections.

Research reveals how chromatin movement is organized by molecular motors.

Exploring the role of TBC1D3 in human evolution and genetic diversity.

How gene structure affects their activity and expression in cells.

Examining how 5'UTR variations impact genetic disorders affecting vision.

Different tube types affect the quantity of plasmid DNA extracted from E. coli.

Research uncovers complex functions of PEARL enzymes in peptide synthesis.