Read article: Decoy nanoparticles prevent HIV infection
Decoy nanoparticles prevent HIV infection
Nanoparticles masquerading as host T cells can trick the HIV virus and offer a potential cure
Read article: Decoy nanoparticles prevent HIV infection
Read article: Colour-changing contact lenses could improve drug delivery
Colour-changing contact lenses could improve drug delivery
Self-reporting contact lenses with specific binding sites offer the potential for better treatment of eye disease
Read article: mRNA nanoparticles restore tumour-suppressor gene
mRNA nanoparticles restore tumour-suppressor gene
A new approach to treating cancer
Read article: Cloaking nanoparticles from liver cells lengthens blood circulation
Cloaking nanoparticles from liver cells lengthens blood circulation
Avoiding liver cell uptake proves key for better drug delivery vesicle design
Read article: Nanovesicles block hepatitis B
Nanovesicles block hepatitis B
New biomimetic decoys could help in the development of next-generation anti-viral strategies in nanomedicine
Read article: Nano-pillars fight the build-up of bacteria
Nano-pillars fight the build-up of bacteria
Innovative anti-bacterial implants with structured surfaces may boost the success of medical implants
Read article: UV-emitting nanoparticles could enhance tumour control
UV-emitting nanoparticles could enhance tumour control
X-ray activated nanoparticles widen radiotherapy options to include radio-resistant hypoxic tumours
Read article: Modular system builds effective vaccines
Modular system builds effective vaccines
A novel virus-like particle provides a promising new tool for developing vaccines
Read article: Hybrid nanoparticles restore blood-clotting activity
Hybrid nanoparticles restore blood-clotting activity
Conjugating peptides with heparin-binding activity to nanoparticles could lead to a safer drug for reversing heparin activity
Read article: Could graphene quantum dots help treat Parkinson’s disease?
Could graphene quantum dots help treat Parkinson’s disease?
Researchers have found that the nanostructures reduce alpha-synuclein fibrils in mice
