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IMROVEMENT OF OXIDATIVE DEFENSIVE PATHWAYS AND INFLAMMATION IN PERIPHERAL ARTERY DISEASE AFTER SUPERVISED TRAINING  (2016)

Authors:
DE MARCHI, Sergio; Garbin, Ulisse; Rigoni, A.; Stranieri, Chiara; Rulfo, F.; Prior, Manlio; Arosio, Enrico
Title:
IMROVEMENT OF OXIDATIVE DEFENSIVE PATHWAYS AND INFLAMMATION IN PERIPHERAL ARTERY DISEASE AFTER SUPERVISED TRAINING
Year:
2016
Type of item:
Poster
Tipologia ANVUR:
Poster
Language:
Inglese
Format:
Elettronico
Congresso:
European Society of Vascular Medicine - second annual congress
Place:
Roma
Period:
8-10 maggio 2016
Page numbers:
48-48
Keyword:
training , peripheral arterial disease, oxydative stress, monocytes
Short description of contents:
Recent evidences suggest that exercise training may improve oxidative stress in patients with peripheral arterial disease (PAD) and reduce inflammation. Few data are available on mechanisms involved. Nuclear related factor 2 (Nrf2), regulates the expression of antioxidant enzymes and proteins through the antioxidant response ; Nrf2 is also involved in protection against oxidative stress during the processes of ischemia-reperfusion injury , phenomenon that is elicited during claudication pain. Also monocytes (CD16+) are recognized as an important actor in aterosclerosis expecially for progression of plaques and inflammatory damage. We aimed to evaluate in PAD the effects of controlled exercise training on oxidative stress, Nrf2 gene expression and monocyte subsets.Our study shows that training in PAD patients improves walking time, furthermore it reduces oxidative stress (decrease of MDA) and increases anti-oxidative defensive system enhancing Nrf2-gene expression. The training elicited multiple episodes of ischemia-reperfusion every day and, since Nrf2 is involved in protecting from ischemia-reperfusion injury we can infer that somehow we "trained" also Nrf2 system. The shift of monocytes subtype from an inflammatory to a classic subtype suggests a deep change in inflammation profile of these patients with training.
Product ID:
91931
Handle IRIS:
11562/941681
Last Modified:
October 25, 2022
Bibliographic citation:
DE MARCHI, Sergio; Garbin, Ulisse; Rigoni, A.; Stranieri, Chiara; Rulfo, F.; Prior, Manlio; Arosio, Enrico, IMROVEMENT OF OXIDATIVE DEFENSIVE PATHWAYS AND INFLAMMATION IN PERIPHERAL ARTERY DISEASE AFTER SUPERVISED TRAINING  in ESVM congress programmeProceedings of "European Society of Vascular Medicine - second annual congress" , Roma , 8-10 maggio 2016 , 2016pp. 48-48

Consulta la scheda completa presente nel repository istituzionale della Ricerca di Ateneo IRIS

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