Discover how microgravity triggers a cellular revolution through mechano-biology, affecting astronauts' health and offering insights for Earth medicine.
Discover how dental stem cells are revolutionizing dentistry and regenerative medicine, from tooth regeneration to treating systemic diseases.
Explore how regulatory science is guiding a revolution in neonatal care with cell-based therapies, ensuring new treatments are both powerful and safe for our tiniest patients.
Explore how polymeric biomaterials and stem cells are advancing tissue engineering and regenerative medicine to repair damaged organs and tissues.
Discover how zebrafish genetics reveal key genes involved in spinal cord regeneration and what this means for future human treatments.
Explore how plasma modification of PVA nanofibers enhances stem cell adhesion and proliferation for regenerative medicine applications.
Explore how the brain's microenvironment influences murine embryonic stem cell differentiation and its implications for cell replacement therapies in neurological disorders.
Discover how UVB radiation enhances thyme's medicinal properties by boosting secondary metabolites with antioxidant, anti-inflammatory, and antimicrobial benefits.
Discover how thermal gradient chip technology is transforming biological research with precise temperature control at cellular levels.
Exploring the groundbreaking work of 2016 Emerging Investigators in lab-on-a-chip technology and their revolutionary impact on healthcare, biology, and materials science.