Explore the fascinating immunology behind viral hemorrhagic fevers, how they hijack our defenses, and cutting-edge research to combat these devastating diseases.
Groundbreaking research reveals oxygen sensitivity in fibroblasts doesn't correlate with species lifespan, challenging long-held assumptions about aging.
Explore how Chlamydia trachomatis, the world's most common bacterial STI, silently damages reproductive health and causes infertility.
Explore how Luminex proteomics technology is transforming biomedical research and diagnosis in Egypt through multiplex protein analysis.
Explore recent breakthroughs in signal amplification methods for in situ hybridization that are transforming genetic visualization and biomedical research.
Discover how DNA influences the formation of barium silica-carbonate crystals and what this reveals about the origins of life on Earth.
Explore how biomolecule-functionalized polydiacetylene creates smart sensors that detect pathogens, toxins, and environmental contaminants through visible color changes.
Explore the fascinating intersection of biochemistry and genetics, from DNA structure to modern epigenetics and genomic medicine.
Groundbreaking research reveals how variations in the NODAL gene create a continuum of heart defects, from isolated transposition to complex heterotaxy disorders.
Discover how zinc deficiency may be contributing to the global allergy epidemic and learn about the scientific evidence linking this essential mineral to immune regulation.