Abstract:Glioblastoma is the deadliest cancer worldwide. Due to its location in the brain and resistance to conventional therapies, glioblastoma is a particularly deadly and aggressive type of brain cancer that is challenging to treat. By enabling precise drug and therapeutic agent delivery to the tumour site, avoiding the blood-brain barrier, as well as minimising negative effects, targeted nanotechnology presents a potential therapy method for glioblastoma. A variety of drugs or therapeutic agents can be carried by n… Show more
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