Researchers have recently revealed the results from a Phase 1 trial investigating the efficacy of an experimental treatment using a genetically modified poliovirus to attack a lethal form of brain cancer. The results are mildly promising but don’t suggest this will be a magic bullet of a treatment.
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Those diagnosed with glioblastoma don’t have many treatment options – and usually a median life expectancy of just over a year. Now, researchers at MIT have developed nanoparticles that could provide hope, crossing the blood-brain barrier and delivering two types of drugs to fight tumors.
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New research into CAR-T cell therapy has revealed crucial mechanisms that could help the immunotherapy technique, which is currently only effective against blood cancers, be adapted for the treatment of brain tumors and other forms of solid cancers.
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Remarkable new research from scientists in the UK has shown how a naturally occurring, and mostly harmless, virus is being recruited into attacking brain cancer and enhancing the tumor-targeting abilities of the body’s own immune system.
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For well over half a century, scientists have been working to harness the cell-destroying power of viruses in the battle against cancer. The latest addition to this arsenal comes from an unlikely source, the relatively new Zika virus, which could offer a new way to fight deadly brain cancers.
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Glioblastoma is an aggressive form of brain cancer that kills most patients within two years of diagnosis. Tests on mice last year showed that stem cells can hunt down the tumors, and now the process has worked with human cells, and can be quick enough to beat the ticking time-bombs.
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Researchers have built a hydrogel scaffold said to mimic the environment found within the human breast. And by using it to grow real mammary tissue, scientists are hoping to uncover new insights into how tumors spread through this part of the body.
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In what it labels as a first, a team from the University of North Carolina at Chapel Hill (UNC) has built on previous technology to transform adult skin cells into cancer-killing stem cells that seek and destroy brain tumors.
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A new type of engineered fat cell could make early-stage, difficult-to-detect brain tumors more treatable, by penetrating the blood-brain barrier and revealing their presence at a much earlier stage of development.
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