Latest Articles for Biochemistry

Exploring how protein interactions influence DNA structure and gene activity.

Exploring the roles of hybridization and thermodynamics in DNA and RNA functions.

Examining how acidity influences polymer charge and phase behavior.

Research reveals how Salmonella uses proteins to invade and survive in host cells.

Lactonases disrupt microbial signals, impacting biofilm formation and potential treatments.

Examining betaine's impact on GABA transport and brain health.

Research reveals how sodium chloride influences polyphosphate clustering in cells.

Researchers enhance understanding of proteins using a new simulation model.

Investigating polyphosphate's influence on α-Synuclein and neuronal health.

A look at how cells move and modify proteins.

Protein kinases are crucial for cellular signaling and function.

Inositol phosphates are vital for cellular communication and metabolism.

Research reveals vital role of PEX39 in peroxisomal function.

Researchers uncover how bacteria use bufferins to handle excess copper.

Study reveals how S100A9 affects prion protein aggregation in amyloid diseases.

Research sheds light on EBI2's impact on the immune system in the brain.

Exploring ferroptosis and its impact on health and disease.

Research reveals how sTeLIC functions and its potential for drug development.

CASTpFold helps researchers analyze protein shapes and their functions for better insights.

Research sheds light on how Ric1-Rgp1 activates Rab6 for effective protein transport.

Exploring the intricate structures of RNAP-β and RNAP-β’ and their evolutionary significance.

Research shows diet impacts fat levels through vitamin B12 in roundworms.

Exploring how lipid composition affects cellular membrane stability and pore formation.

Exploring the role of TCIs in treating cancer through kinase interaction.

Exploring the dynamics and stability of biological systems through interaction networks.

Research reveals critical differences in α-synuclein fibrils across species.

Research reveals complex dynamics of LHCII proteins and energy management in plants.

Research reveals how cells handle misfolded proteins during division, highlighting the role of chaperones.

Exploring the phosphate release process in actin filaments reveals its essential cellular roles.

Nanodiamonds improve EPR sensing in biological research, offering clearer insights.

Examining how lipids fuel cancer cell growth and survival mechanisms.

Recent findings show small protein droplets enhance cellular processes effectively.

Short linear motifs are key players in protein interactions and functions.

Examining how pH levels influence inflammation and immune cell behavior.

This study reveals how MP20 plays a role in lens structure and clarity.

Exploring the essential functions of aminoacyl-tRNA synthetases in protein synthesis.

Explore the importance and challenges of intrinsically disordered proteins in cellular functions.

Research into RNA reveals insights into early life replication mechanisms.

Exploring RNA's dual function in genetics and catalysis.

A closer look at enzyme tunnels and their role in biochemical processes.