Latest Articles for Molecular Biology

A new method improves protein structure analysis through HDX-MS.

Investigating how telomeres impact genetic stability and replication issues.

A look into gross chromosomal rearrangements and their implications for genetic diseases.

Fruit flies employ RNA interference to combat viral infections effectively.

Research reveals the complex interplay of coaxial stacking, nicks, and gaps in RNA.

Discover how chromosomes and their structures impact gene activity and development.

Explore the significance of kinetoplasts in research and potential applications.

TADs shape gene interactions, influencing genetic regulation and activity in organisms.

New tools expand our understanding of protein function and production.

Research shows how viruses adapt their receptor-binding proteins to infect different cells.

A look into how trypanosomes regulate protein synthesis.

Study reveals how nucleosome remodelers influence gene expression in stem cells.

Examining how BLM gene regions affect DNA repair and health.

RNA editing is a key process influencing gene expression and biological functions.

Research reveals how proteins regulate cell movement and canal growth in roundworms.

Research reveals potential roles of transport proteins in malaria-causing parasites.

A look into gene expression control in Chagas disease-causing parasite.

Investigating chiral molecular ions to uncover insights on parity non-conservation.

Exploring the potential of DNA for advanced data storage and computation.

Exploring how mechanical signals shape the development of living organisms.

Queuosine impacts protein synthesis in bacteria and parasites, revealing adaptation strategies.

Study reveals insights on WAK proteins and plant immunity.

GALEON aids researchers in understanding gene family clusters and their evolution.

Researchers improve cancer therapies by refining antibody targeting methods.

This study examines formaldehyde in the star-forming region G331.

A look into how phosphorylation affects protein shape and function.

Study reveals how tubulin changes affect neuron growth and stability.

Examining how chromatin remodelers influence meiotic processes and genetic diversity.

Study reveals how DSN1 variation aids reproductive cell division and embryo health.

Study reveals how MDR1 gene variants affect P-glycoprotein and cancer treatment outcomes.

How pH changes influence protein structure and function.

Examining the sim gene reveals insights into insect development and regulatory evolution.

YAP and TAZ proteins are crucial for cell movement and tissue development.

New model enhances predictions for gene regulation research.

Researchers analyze Alu elements' movements and genetic variations.

New methods reveal insights into protein locations within mitochondria of yeast.

Investigating how DNA integration affects health and disease through viral interactions.

Exploring how exceptional points interact with chiral molecules for practical applications.

Investigating how radiation affects DNA bases and the protective role of water.

Study reveals insights into gene behavior and cancer development using single-cell RNA sequencing.