 Researchers at the Karolinska Institute in Sweden have introduced what could possibly be a revolution in article in Cell, researchers found that molecules known as vacquinols "reliably and selectively compromised" neoplastic cell viability. Vacquinols stimulates cell death by membrane ruffling, vacuolization, and -- ultimately -- cytoplasmic membrane rupture. Although in vivo testing has been restricted to mice thus far, this paper may prove to be the beginning of a new avenue of research into the selective killing glioblastoma cells in patients.
Researchers at the Karolinska Institute in Sweden have introduced what could possibly be a revolution in article in Cell, researchers found that molecules known as vacquinols "reliably and selectively compromised" neoplastic cell viability. Vacquinols stimulates cell death by membrane ruffling, vacuolization, and -- ultimately -- cytoplasmic membrane rupture. Although in vivo testing has been restricted to mice thus far, this paper may prove to be the beginning of a new avenue of research into the selective killing glioblastoma cells in patients.glioblasoma treatment. In a recent
 
 
 
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