Latest Articles for Biochemistry

Researchers are using E. coli to produce chemicals from formate, reducing carbon emissions.

A look at how computer simulations help scientists study protein folding.

A look at how acetylation affects protein functions in organisms.

GIFFLAR improves glycan property predictions using graph neural networks.

bioSBM connects DNA structure with biochemical features for better gene expression understanding.

A look into how proteins enter the nucleus using NLS.

Learn how the APC ensures proper cell division by tagging proteins.

Discover the vital role of OCIAD1 in lipid metabolism and its cancer links.

Examining bacterial microcompartments and their complex functions in cells.

Learn how cloud platforms enhance molecular dynamics research efficiency.

Explore how proteins adapt to changes through smart search methods.

Explore the role and importance of membraneless organelles in cellular function.

Uncover the vital role of Pin4 in yeast's survival and adaptation.

A new method integrates graph neural networks for enhanced molecular simulations.

New quantum devices enhance the study of chemical dynamics and proton transfer.

Examining proteins and genetics in liver fat metabolism and disease.

Ferredoxin proteins are vital for energy and nutrient processes in various organisms.

Discover the surprising roles of tryptophan and NFK in the body.

Exploring how proteins collaborate for vital biological functions.

IDRs are crucial for protein function and stability.

Scientists are enhancing enzymes to boost plant nutrition and food production.

Examining the importance of protein-ligand interactions in model predictions.

Researchers uncover the unique functions of AhCobQ in Aeromonas hydrophila.

EMERALD-ID helps scientists identify small molecules in cryoEM images.

New methods improve predictions of ion interactions in water.

Research reveals new structures of STEP, aiding drug design for neurological diseases.

Exploring how calcium channels influence communication between nerve cells.

PeptideCLM enhances peptide drug discovery by predicting properties accurately.

AI tool Diffuser improves enzyme performance efficiently and reliably.

Engineered protein complexes enhance study of cellular processes and protein interactions.

Machine learning improves fish biochemical analysis with Raman spectroscopy.

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

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

p62 is key in recycling damaged parts of cells, aiding in health and stress responses.

Researchers reveal new insights into protein interactions within mitochondria using advanced modeling.

Pseudouridines impact how bacteria adapt and function under stress.

Sulfite reductase is key in converting sulfite to sulfide for biological functions.

G proteins are vital for cell signaling and drug targeting.

Discover the fascinating role of LarA enzymes in chemical reactions and their applications.

Discover how light-activated proteins change shape and function in different conditions.