Light-Driven Chemistry Creates Sustainable Hybrid Nanomaterials
Researchers have developed a novel method to initiate chemical reactions using light, successfully creating an advanced hybrid nanomaterial through a…
Category: Nanotechnology
Mirror-image nanopores unlock new biomedical applications
Researchers have developed fully functional synthetic nanopores from mirror-image molecules, creating powerful new tools for detecting disease and targeting cancer…
Self-Assembling Nanotubes Overcome Chemotherapy Resistance in Cancer Cells
Researchers use self-assembling cyclic peptide nanotubes to deliver doxorubicin into resistant cancer cell nuclei, bypassing efflux pumps and restoring therapy
Scientists create nanofluidic chip with brain-like memory pathways
Monash University researchers unveil a coin-sized nanofluidic MOF chip that processes and stores information with memristive pathways for iontronic computing
Focused Ultrasound Therapy Destroys Tumors Without Surgery or Heat
A novel cancer therapy that uses focused ultrasound to mechanically destroy tumors is offering new hope for patients, particularly those…
New light-based sensor enables handheld blood test for Alzheimer’s
Researchers have developed an ultra-sensitive, light-based sensor technology that represents a significant breakthrough in the effort to create a simple,…
Specialized magnetic powder pulls microplastics from drinking water
Researchers have developed a novel powder that uses magnetism to rapidly and efficiently cleanse water of microplastics, particles so small…
Gold nanoparticle nasal spray targets brain treatment
Researchers have developed a novel nanomedical technology that uses a nasal spray to deliver gold nanoparticles loaded with lithium directly…
Liquid metal nanomaterials extend orthopedic implant lifespan
Liquid metal nanomaterials, including gallium-based alloys, coat orthopedic implants to fight infections and boost bone integration, doubling overall lifespan
Engineered protein nanorings detect and neutralize the SARS-CoV2 virus
Engineered computer-designed proteins bind the SARS-CoV-2 spike to neutralize the virus and enable rapid diagnostics, including the potent miniprotein LCB1