Table 6.
Vegetable | Type of Study | Form of Vegetable/Compound Tested | Effect | Source |
---|---|---|---|---|
Radish | In vivo/mice In vitro/PC12 cells |
Radish extract | Increased spontaneous alternation behaviors and step-through latency Reduced lipid peroxidation and Aβ aggregation in a biochemical study of mice brain tissues Attenuated H2O2-induced oxidative stress in cells |
[143] |
Radish | In vivo/people | Radish, root | Increased calcium oxalate excretion in both women and men | [144] |
Radish | In vivo/men | Diet supplement with black radish extract | Increased activity of phase I and phase II liver enzymes after 4 weeks of supplementation | [145] |
Turnip | In vivo/people | Brassica rapa L.–turnip powder | Peak O2 pulse and peak VO2/kg significantly improved after 7-day turnip consumption during the Bruce treadmill test Antioxidant activity improved after 7 days of intervention |
[137] |
Horseradish | In vitro/human lymphocytes | Horseradish root extract with kaempferol or quercetin added | Both extracts with kaempferol and quercetin decreased DNA damage caused by H2O2 | [146] |
Horseradish | In vivo/people | Horseradish, root | No thermogenesis effect noted Heart rate decreased Diastolic blood pressure increased No effect on appetite noted |
[147] |
Horseradish | In vitro/ human peripheral blood mononuclear cells (PBMC) | Horseradish extract | Extract concentration-dependent inhibition of anti-inflammatory response to lipopolysaccharide (LPS) in terms of TNF-α release | [141] |