Nanoparticle proteomics: Characterizing protein-nanoparticle interactions in biofluids
New insights about how the human body interacts with nanoparticles at the protein level were published by an EMSL user team in the December 2011 issue 23 of Proteomics....
Source: PhysOrg - Monday, 9 January
Related articles:
- Less than a day ago
- 1Vote! Newly modified nanoparticle opens window on future gene editing technologies
PhysOrg - Yesterday
- Older News
- 2Vote! New technique uses electrons to map nanoparticle atomic structures
- 4Vote! UNC study shows potential to revive abandoned cancer drug by nanoparticle drug delivery
e! Science News - Wednesday, 2 May
- 4Vote! Study shows potential to revive abandoned cancer drug by nanoparticle drug delivery
- 5Vote! Researchers identify drivers of sarcoma growth and survival
LabSpaces - Wednesday, 2 May
- 2Vote! Proteomics identifies targets of ionizing radiation in a human skin model
- 1Vote! New nanoparticle technology cuts water use, energy costs
- 3Vote! Energy dissipation from vibrating gold nanoparticle strongly influenced by surrounding environment
- 2Vote! In-situ observations reveal how nanoparticle catalysts lower operating temperatures in fuel cells
- 6Vote! Gold nanostars hitch a ride to attack cancer
Futurity.org - Friday, 6 April
- 1Vote! Nanoparticle-delivered RNA interference drug stops head and neck cancer growth
- 2Vote! Tiny hitchhikers attack cancer cells
- 1Vote! Tiny hitchhikers attack cancer cells: Gold nanostars first to deliver drug directly to cancer cell nucleus
- 6Vote! Protein ‘jailbreak’ prolongs breast cancer
- 4Vote! Major networking opportunity: The IMEx Consortium brings interactomes to light
- 5Vote! U of Toronto discovery of new catalyst promises cheaper, greener drugs
- 3Vote! Discovery of new catalyst promises cheaper, greener drugs
- 4Vote! Scientists develop novel technique to map protein interactions leading to better understanding of disease mechanisms
- 10Vote! Touch of gold improves nanoparticle fuel-cell reactions
- 9Vote! Nano-technology uses virus' coats to fool cancer cells
