Research Articles
The Hidden Power of the Pause: How Warm-Blooded Animals Master Their Metabolism
Discover how endotherms use metabolic depression and thermoregulation to survive extreme conditions through fascinating biological adaptations.
The Maestro's Hidden Score: How a Soil Bacteria Conducts its Metabolic Orchestra
Discover how Streptomyces coelicolor uses differential transcription of expanded gene families to regulate its metabolic processes and produce antibiotics.
Unlocking the Cell's Power Grid: How a Single Enzyme Revolutionizes Biotech
Discover how Glucose-6-Phosphate Dehydrogenase (G6PD) overexpression transforms mammalian cell metabolism in batch culture for enhanced biopharmaceutical production.
The Fungal Thief: How a Gut Microbe Stole a Bacterial Recipe for Energy
Discover how the anaerobic fungus Piromyces uses a stolen bacterial pathway to efficiently metabolize xylose, revolutionizing biofuel production.
The Hidden Chemistry That Shapes Bacterial Life
Explore how chemical reactivity dictates the spatiotemporal organization of bacterial metabolism through cutting-edge research and visualization techniques.
The Silent Struggle: How Sleeping Trees Master Their Thirst
Discover how trees in fragile ecosystems survive winter dormancy by managing their water balance through sophisticated metabolic processes.
The Potato Paradox: When Breaking Cellular Rules Doesn't Affect Starch Synthesis
Discover how potato tubers defy expectations in starch synthesis regulation, challenging our understanding of plant metabolism.
Cracking Yeast's Metabolic Code: How Scientists Trace Sugar Pathways to Engineer Better Biofactories
Discover how scientists use 13C labeling and NMR spectroscopy to trace split metabolic pathways in yeast for bioengineering applications.
The Silent Symphony: How Sound Waves Conduct the Inner Workings of E. coli
Discover how acoustic fields influence E. coli's metabolic networks through Gene Ontology and KEGG pathway analysis
Unlocking the Metabolic Secrets of Pichia pastoris: The Yeast Powering Biotech's Future
Explore the fascinating central carbon metabolism of Pichia pastoris and how this yeast is revolutionizing biotechnology through metabolic engineering.