-
Building molecular ‘cages’ to fight disease
July 7, 2012 Editor 0
(Phys.org) — Researchers at the University of Washington in Seattle and the University of California, Los Angeles (UCLA) have developed a computational approach to designing specialized proteins that assemble themselves to form nanoparticle cages that can be used to deliver drugs to tumors and other sites of disease. Published in the journal Science, this research could be utilized to create nanoparticle cages from any number of different proteins, with potential applications across the fields of medicine and molecular biology.
Go to SourceRelated Posts
Leap-frogging in African Agriculture: The Case of Genetically Modified Crops- New computing model could lead to quicker advancements in medical research, according to Virginia Tech
- 2 grants to UC Riverside boost scientists’ efforts in developing improved cowpea varieties
Microsatellites are repetitive, but the lab work doesn’t have to be- Global health: Lifting the burden
Open Innovation Partnerships Foster Global Health Care
E-waste: Annual gold, silver ‘deposits’ in new high-tech goods worth $21B; less than 15% recovered Don’t Like Your Job? Change It (Without Quitting)
