NANOTECHNOLOGYEdible nanoparticles are used to transform healthy oils into a gel, making them healthier and shelf-stable fats for cooking. Read to find out more.
Experts from Sweden developed a nanotechnology that effectively detects pesticides from fruit products. Read more about this innovation and how it sets up an easier, cost-effective approach to food safety.
In new research, researchers showed a nanoparticle-based treatment that may help with sepsis. Find out how effective the new treatment is in a study in mice.
Researchers devised a fiber actuator that can mimic muscle structure and function. Learn more including the use of materials with aligned nanoscale structure.
The popular belief that at the end of a rainbow is a pot of gold is now made a reality by using gold nanoparticles to create colors. Check out this new technology that could someday make a better display.
Researchers developed chiral-Induced Ultra-thin nanosheets as an effective technique for obtaining CPL materials. Read to know more about this technology.
Experts form the University of Bayreuth developed a new way to detach crystal nanosheets safely and environment-friendly. Learn more about the technique and what it offers to industrial applications based on nanomaterials.
A new technique was developed to overcome issues experienced when using fluorescent sensors for medical purposes. Read and learn more about this new approach.
Researchers designed micro-sized artificial cilia to control the fluids and help better diagnose diseases. Read and know more about this new technology.
Brain tumors are particularly difficult to treat because they secrete cytokines that block off the immune system. Read on to find out how a newly developed nanoparticle-carrying inhibitor is able to defeat cancer cells and delay their progression.
Experts developed a protein nanoparticle vaccine that could cater to infections caused by variants of COVID-19. Learn more about the promising vaccine and how it works against the wide array of SARS-CoV-2 variants.
Scientists developed graphene-based electrochemical food contaminant sensors to detect and analyze dyes used in foods and drinks. Read to know more about it.
Researchers have successfully created the next-gen material called "graphene" with similar properties to graphene, but only somewhat better. Read on to learn how it fills the longstanding gap in carbon material science.