Research Articles
The Unexpected Cancer Fighters: How Common Antifungal Drugs Are Targeting Tumors
Discover how common antifungal drugs with imidazole structures are showing promising results in cancer treatment through multiple mechanisms.
The Lipid Messengers: How a Tiny Growth Factor Bridges Epoxy Lipids and Cellular Growth
Discover how HB-EGF translates lipid messages into growth signals, a process crucial for wound healing, cancer, and cellular metabolism.
Molecular Spycraft: How Click Chemistry Illuminates Earth's Escaping Atmosphere
Discover how alkyne-azide click chemistry enables precise tracking of atmospheric escape proteins in Earth's polar wind phenomenon.
The Great Escape: How Giant Cells Hijack Their Cell Cycle to Save Lives
Discover how megakaryocytes manipulate the ubiquitin-proteasome system to become polyploid platelet factories, with implications for cancer research.
The Citrate Conductor: How CcpE Directs Staphylococcus aureus' Metabolic Symphony and Virulence
Exploring how CcpE regulates metabolism and virulence in Staphylococcus aureus through citrate signaling, offering potential for novel antimicrobial strategies.
The Genetic Battle to Save Sugar Beets: Engineering Roots Against the Clock
Exploring transgenic approaches to reduce post-harvest sucrose loss in sugar beets through genetic engineering and metabolic pathway modification.
The Serine 477 Saga: How a Tiny Molecular Switch Controls COVID-19 Infection
Exploring how Serine 477 in SARS-CoV-2 spike protein regulates viral infection through ACE2 interaction and its implications for treatments.
The Invisible Bullseye: How Scientists Decoded an Autoimmune Attack in Neuromyelitis Optica
Discover how scientists identified aquaporin-4 peptide 281-300 as the key immune trigger in neuromyelitis optica (NMO) and its implications for diagnosis and treatment.
The Frozen Frog's Secret: How a Tiny Amphibian Rewrites Its Own Genetic Code to Survive Winter's Deep Freeze
Discover how Cope's gray treefrog survives freezing temperatures through remarkable genetic reprogramming in its liver, with implications for cryopreservation and medicine.
Microwaves & Molecules: How a Kitchen Staple Revolutionized TB Drug Testing
Discover how microwave-assisted chemistry accelerates tuberculosis drug testing through Schiff base formation and spectrophotometric analysis.