Explore the science of targeting specific cells within mixed populations, from cancer research to immune response and cutting-edge isolation techniques.
Explore the fascinating world of MEMS technology - microscopic machines that power smartphones, cars, healthcare devices and more through sensing and actuation.
Exploring how nanoscale engineering of biomaterials is revolutionizing medicine by creating surfaces that actively communicate with cells.
Explore François-Alphonse Forel's groundbreaking work in founding limnology and his holistic approach to studying lake ecosystems.
Explore how advanced surface treatments transform PDMS silicone rubber into sophisticated tools for cell stretching applications in biological research.
Explore how Surface Water Source Heat Pumps use rivers, lakes and oceans for efficient heating and cooling, with advanced technologies and real-world case studies.
Explore how Chinese scientists are building the world's most precise X-ray mirrors to unravel the mysteries of the universe through advanced manufacturing techniques.
Explore how microfluidic chip technology is transforming multiple myeloma detection by identifying circulating clonal plasma cells, offering new hope for patients through earlier intervention and personalized treatment.
A comprehensive analysis comparing Ultrasonic Surface Rolling Process and Shot Peening for improving fretting fatigue performance of Ti-6Al-4V alloy.
Explore how nanocarriers are transforming drug delivery systems with precise targeting, reduced side effects, and enhanced therapeutic outcomes.