A team of researchers from the University of Chicago and the University of Barcelona has found that intermittent hypoxia, or an irregular lack of air experienced by people with sleep apnea, can increase tumor growth by promoting the release of ...
Read More »Circulating exosomes cause tumor malignancy in a chronic sleep fragmentation model
Chronic sleep fragmentation (SF) increases cancer aggressiveness in mice. Exosomes exhibit pleiotropic biological functions, including immune regulatory functions, antigen presentation, intracellular communication and inter-cellular transfer of RNA and proteins. University of Chicago researchers hypothesized that SF-induced alterations in biosynthesis and ...
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