Explore the fascinating world of pathogenesis and how basic science unravels the mysteries of disease-causing microbes through experiments like Koch's Postulates.
How a sheet of carbon atoms a million times thinner than paper is transforming disease detection through graphene-based electrochemical biosensors.
From lotus leaves to life-saving technologies, scientists are harnessing superhydrophobicity to revolutionize medicine with advanced wound care, implants, and diagnostics.
Explore Rijeka's innovative biomedical ecosystem where three major institutions collaborate to advance neurological research and treatments.
Explore the fascinating world of supramolecular soft matter, its applications in self-healing materials, organic electronics, and the future of responsive materials.
Discover how scientists optimize E. coli to produce L-Asparaginase, a crucial enzyme for childhood leukemia treatment, through precise environmental control.
Explore how nanomaterial-based biosensors are transforming healthcare with unprecedented sensitivity and speed in detecting diseases and pathogens.
Explore how inkjet-printed biochips are transforming medical diagnostics through affordable, accessible electrochemical biosensing technology.
Explore how fluorescent carbon nanotubes are transforming medical detection through near-infrared biosensing technology.
Discover how laminin protein sheets protect insulin-producing beta cells from inflammatory damage in diabetes research.