At least with regard to promotion and progression of cancer, oxysterols actually appear as typical Janus molecules, by inducing early inflammatory reaction against cancer expansion and apoptotic death of cancer cells, but on the other hand sustaining a complex survival signaling pathway that eventually turns in favor of the neoplastic process itself. The protumoral and anti-tumoral properties of this class of compounds is mediated by both LXRdependent and independent mechanisms. The extent of oxidative redox imbalance, moderate or extensive, likely plays a key role in determining the actual effects operated by oxysterols along the various steps of carcinogenesis.

Potential modulation of cancer progression by oxysterols

POLI, Giuseppe;BIASI, Fiorella
Last
2016-01-01

Abstract

At least with regard to promotion and progression of cancer, oxysterols actually appear as typical Janus molecules, by inducing early inflammatory reaction against cancer expansion and apoptotic death of cancer cells, but on the other hand sustaining a complex survival signaling pathway that eventually turns in favor of the neoplastic process itself. The protumoral and anti-tumoral properties of this class of compounds is mediated by both LXRdependent and independent mechanisms. The extent of oxidative redox imbalance, moderate or extensive, likely plays a key role in determining the actual effects operated by oxysterols along the various steps of carcinogenesis.
2016
49
47
48
www.elsevier.com/locate/mam
Cancer progression; Inflammation; LXR; Oxysterols; ROS; Biochemistry; Molecular Biology; Molecular Medicine; Clinical Biochemistry; Medicine (all)
Poli, Giuseppe; Biasi, Fiorella
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1630264
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