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From
Influence of Feeding System on Lipids and Proteins Oxidation, and Antioxidant Enzymes Activities of Meat from Aberdeen Angus Steers
A. Terevinto, M.C. Cabrera, A. Saadoun
Journal of Food and Nutrition Research
.
2015
, 3(9), 581-586 doi:10.12691/jfnr-3-9-4
Figure
1.
Lipid oxidation (TBARS, mg MDA/kg of meat) in fresh and aged
Biceps
femoris
muscle in steers from pasture, pasture and supplement and feedlot based feeding systems. Data are mean ± SEM (n=10). Different lower letters means statistical significance among systems for aged meat (
P<
0.05). *shows statistical difference between fresh and aged meat (
P<
0.05). Main effects: Feeding system: No Significant Ageing: (
P<
0.01) Aged > Fresh
Full size figure and legend
Figure
2.
Carbonyls protein (nmoles DNPH/mg protein) in fresh and aged
Biceps
femoris
muscle in steers from pasture, pasture and supplement, and feedlot feeding systems. Data are mean ± SEM (n=10). Different lower letters means statistical significance among feeding systems for fresh meat (
P<
0.05). *shows significant difference between fresh and aged meat (
P<
0.05). Main effects: Feeding systems (
P<
0.01). Pasture > Pasture + supplement, Feedlot. Ageing: (
P<
0.01) Aged > Fresh
Full size figure and legend
Figure
3
.
Catalase activity (μmoles/min/g meat) in fresh and aged
Biceps
femoris
muscle of steers from pasture, pasture and supplement and feedlot based feeding systems. Data are mean ± SEM (n=10). Main effects: Feeding systems: No Significant Ageing: No Significant
Full size figure and legend
Figure
4
.
Catalase activity (nmoles/min/mg protein) in fresh and aged
Biceps
femoris
muscle of steers from pasture, pasture and supplement, and feedlot based feeding systems. Main effects: Feeding system: No Significant. Ageing: No Significant
Full size figure and legend
Figure
5.
SOD activity (UI/g meat) in fresh and aged
Biceps
femoris
muscle of steers from pasture, pasture and supplement and feedlot based feeding systems. Data are mean ± SEM (n=8). * shows significant differences between fresh and aged meat (
P<
0.05). Main effects: Feeding system:
P<
0.05 Pasture < Pasture + Supplement, feedlot. Ageing:
P<
0.01 Fresh < Aged
Full size figure and legend
Fig
ure
6
.
SOD activity (UI) in fresh and aged
Biceps
femoris
muscle of steers from pasture, pasture and supplement and feedlot based feeding systems. Data are mean ± SEM (n=8). * shows significant differences between fresh and aged meat (
P<
0.05). Main effects: Feeding system:
P<
0.05 Pasture < Pasture + Supplement, Feedlot Ageing:
P<
0.01 Fresh<Aged
Full size figure and legend
Figure
7.
GPx activity (µmoles/min/g meat) in fresh and aged
Biceps
femoris
muscle in steers from pasture, pasture and supplement and feedlot based feeding systems. Data are mean ± SEM (n=8). Different lower letters means significant differences among systems for fresh muscle and for aged muscles (italic) (
P<
0.05). *shows significant differences between fresh and aged (p>0.05). Main effects: Feeding systems:
P<
0.001 Pasture<pasture + supplement, feedlot Ageing:
P<
0.01 Fresh>Aged
Full size figure and legend
Figure
8
.
GPx activity
(nmoles/min/mg protein) in fresh and aged
Biceps
femoris
muscle of steers from pasture, pasture and supplement and feedlot based feeding systems. Data are mean ± SEM (n=8). Lower letters means significant differences among feeding systems for fresh and aged (italics), (
P<
0.05). * shows significatn differences between fresh and aged meat (
P<
0.05). Main effects: Feeding system:
P<
0.001 Pasture < Pasture and supplement < Feedlot. Ageing:
P<
0.001 Fresh > Aged
Full size figure and legend