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Cited by 14 publications
(32 citation statements)
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References 143 publications
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“…[22] Hp1F-1S and 1S-2 have been associated with higher lipid peroxidation, [44] while Hp1S-1S presented significantly different results from Hp1F-1S. [22] Moreover, in this study only Hp1F-1F and 1S-1S presented tolerance to increased oxidative stress after pequi-oil supplementation, while only Hp1F-2 reduced DNA damage significantly after pequi oil. Hp type frequency differs greatly among ethnic groups, which suggest that particular populations are susceptible to particular diseases.…”
Section: Wwwantioxorg Discussionmentioning
confidence: 48%
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“…[22] Hp1F-1S and 1S-2 have been associated with higher lipid peroxidation, [44] while Hp1S-1S presented significantly different results from Hp1F-1S. [22] Moreover, in this study only Hp1F-1F and 1S-1S presented tolerance to increased oxidative stress after pequi-oil supplementation, while only Hp1F-2 reduced DNA damage significantly after pequi oil. Hp type frequency differs greatly among ethnic groups, which suggest that particular populations are susceptible to particular diseases.…”
Section: Wwwantioxorg Discussionmentioning
confidence: 48%
“…[44] In our previous studies, deviation from HWE was mainly due to higher than expected frequency of Hp1F-1F and 1S-1S contrasting with lower frequency of Hp1F-1S. [22] Hp1F-1S and 1S-2 have been associated with higher lipid peroxidation, [44] while Hp1S-1S presented significantly different results from Hp1F-1S. [22] Moreover, in this study only Hp1F-1F and 1S-1S presented tolerance to increased oxidative stress after pequi-oil supplementation, while only Hp1F-2 reduced DNA damage significantly after pequi oil.…”
Section: Wwwantioxorg Discussionmentioning
confidence: 87%
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“…However, despite its potential beneficial effects, exercise, especially above habitual intensity or training, may exceed the endogenous antioxidant system's capacity and often results in oxidative stress and injuries, even in trained individuals [1,2,3]. This oxidative overload, although felt most intensely in skeletal muscles, can lead to an increase in plasma lipid peroxidation plus oxidative damage in many other organs and body systems responsible for regulating and maintaining homeostasis, including the heart, liver, erythrocytes and immune system [1,3,4]. These damaging effects, with their consequent inflammatory processes, may jeopardize performance and lead to overtraining syndrome [4].…”
Section: Introductionmentioning
confidence: 99%