Discover how Clostridium perfringens transforms toxic selenium into biogenic nanoparticles with revolutionary applications in medicine and agriculture.
Exploring the bottom-up approach in nanotechnology education and its transformative impact on engineering training through molecular self-assembly techniques like DNA origami.
Explore how molecular sciences are transforming medicine, cosmology, and technology through quantum biology, gene editing, and cosmic chemistry breakthroughs.
Exploring North Korea's quiet advancement in nanotechnology with applications in healthcare, energy, and defense despite international sanctions.
Exploring how nanoparticles penetrate cells, generate destructive radicals, and cause DNA damage through ROS mechanisms and organelle targeting.
Scientometric analysis of carbon nanostructure research from 2000-2015, exploring global trends, knowledge networks, and breakthrough applications like capacitive deionization.
Exploring the groundbreaking advancements in nanoparticle research and their transformative applications across medicine, technology, and environmental science.
Exploring the crucial integration of social and ethical issues in nanotechnology development and implementation.
Exploring the complex landscape of public responses to emerging technologies and understanding why people react the way they do.