For the first time, scientists have shown that the elasticity of nanoparticles can affect how cells take them up in ways that can significantly improve drug delivery to tumors.
A team of Boston Children’s Hospital researchers led by Marsha A. Moses, PhD, who directs the Vascular Biology Program, created a novel nanolipogel-based drug delivery system that allowed the team to investigate the exclusive role of nanoparticle elasticity on the mechanisms of cell entry.
With over 75 percent of children diagnosed with cancer surviving into adulthood, more and more parents ask questions about the quality of life survivors can expect in the future, including: Will my child be able to have children down the road?
They’re right to be concerned. The therapies that are so effective at saving children’s lives can themselves cause a host of problems that don’t manifest until years later. These late effects of cancer treatment include particularly harsh impacts on fertility.