Research Articles
The DJNK Signal: How a Fruit Fly Unlocks the Secrets of Life's Shape
Discover how the DJNK signaling pathway in fruit fly embryos reveals fundamental principles of morphogenesis, wound healing, and human disease mechanisms.
The Body's Overzealous Repair Crew: How a Tiny Cellular Alarm Drives Scars and Fibrosis
Discover how the inflammasome, a tiny cellular structure, drives excessive scarring and fibrosis. Learn about the latest research connecting chronic inflammation to keloids and hypertrophic scars.
IN MEMORIAM: ANDRÉ ADOUTTE (1947–2002) - The Scientist Who Bridged Biology's Centuries
A tribute to André Adoutte, the pioneering biologist who bridged classical zoology and molecular biology through his groundbreaking work with Paramecium and evolutionary research.
The Brain's Master Orchestrators: How a 'Moonlighting' Protein Family Could Unlock New Alzheimer's Treatments
Explore how 14-3-3 proteins, the cellular master regulators, could revolutionize Alzheimer's disease treatment by preventing tau tangles and restoring brain function.
The Brain's Unsung Architects: A New Star in Brain Cell Science
Discover how GFAPδ is revolutionizing our understanding of astrocytes and their role in brain health and disease.
The Secret Architects of the Plant Cell: How Formins Shape Life
Discover how plant formins serve as master coordinators of cellular architecture, regulating both actin and microtubule cytoskeleton organization.
The Secret Code of You: How Genetics and Molecular Biology Shape Our Lives
Explore the fascinating world of genetics and molecular biology, from DNA replication to CRISPR gene editing and the groundbreaking Meselson-Stahl experiment.
The Tiny Seekers: Engineering Super-Small Antibodies to Light Up the Secrets of Our Cells
Discover how genetically encoded fluorescent single-domain antibodies are revolutionizing cellular imaging and biomedical research through efficient E. coli production.
The Cellular Engine of Cancer's Spread: Decoding Metastasis with Genetic Scissors
How scientists are using precise gene editing to understand—and potentially stop—cancer's deadliest process.
Cracking the Heart's Code: How Gene Detectives Are Uncovering Viral Myocarditis Secrets
Discover how Weighted Gene Co-expression Network Analysis (WGCNA) is revealing hub genes and mechanisms in viral myocarditis, opening new possibilities for diagnosis and treatment.