Two experiments were conducted to evaluate acid marination to enhance tenderness of the beef bottom round (m. biceps femoris). Both experiments consisted of 3 acid types (acetic, lactic, and citric) and two concentrations (0.1 and 0.5 M in Exp. 1; 0.75 and 1.5 M in Exp. 2). There were no effects of acid marination on beef tenderness in Exp. 1, although lightness (L*) increased and redness decreased from 0 to 8 hours post-marination. Acetic and lactic acid (0.75 or 1.5 M) improved shear force values above those achieved by citric acid. Both lightness and redness permanently decreased in Exp. 2. Beef can be tenderized using lactic or acetic acid, but discoloration as a consequence of acid treatment may compromise acceptability
In general, marination and mechanical tenderization work by disrupting connective tissue, and as a r...
Meat tenderness is the most important palatability attribute affecting consumers\u27 overall eating ...
none4siThe aim of the study was to determine effects of four commercial marinades on the colour, ten...
Two experiments were conducted to evaluate acid marination to enhance tenderness of the beef bottom ...
Acid marination is known to improve meat tenderness. The objective of this study was to document the...
Acid marination is known to improve meat tenderness. The objective of this study was to document the...
Infraspinatus and Serratus ventralis, the muscles of the high pH group, had lower shear force values...
Infraspinatus and Serratus ventralis, the muscles of the high pH group, had lower shear force values...
The effectiveness of organic acids (acetic, citric, lactic) and a citrus juice marinade as tenderisi...
By increasing muscle pH with ammonium hydroxide, shear force values of triceps brachii, biceps femor...
Flank muscle (FM) and loin eye muscle (LEM) were marinated with solutions of different glycolytic in...
USDA Select grade semitendinosus (eye of round) muscles from 12 cattle were used for controls (non-e...
Acidification of meat can improve texture however it also increases susceptibility to lipid oxidatio...
WOS: 000188113200002Longissimus dorsi (LD) muscles obtained from young bull carcasses (Holstein Frie...
This experiment evaluated the effects of injection of buffered vinegar [e(Lm)inate V, Hawkins Inc., ...
In general, marination and mechanical tenderization work by disrupting connective tissue, and as a r...
Meat tenderness is the most important palatability attribute affecting consumers\u27 overall eating ...
none4siThe aim of the study was to determine effects of four commercial marinades on the colour, ten...
Two experiments were conducted to evaluate acid marination to enhance tenderness of the beef bottom ...
Acid marination is known to improve meat tenderness. The objective of this study was to document the...
Acid marination is known to improve meat tenderness. The objective of this study was to document the...
Infraspinatus and Serratus ventralis, the muscles of the high pH group, had lower shear force values...
Infraspinatus and Serratus ventralis, the muscles of the high pH group, had lower shear force values...
The effectiveness of organic acids (acetic, citric, lactic) and a citrus juice marinade as tenderisi...
By increasing muscle pH with ammonium hydroxide, shear force values of triceps brachii, biceps femor...
Flank muscle (FM) and loin eye muscle (LEM) were marinated with solutions of different glycolytic in...
USDA Select grade semitendinosus (eye of round) muscles from 12 cattle were used for controls (non-e...
Acidification of meat can improve texture however it also increases susceptibility to lipid oxidatio...
WOS: 000188113200002Longissimus dorsi (LD) muscles obtained from young bull carcasses (Holstein Frie...
This experiment evaluated the effects of injection of buffered vinegar [e(Lm)inate V, Hawkins Inc., ...
In general, marination and mechanical tenderization work by disrupting connective tissue, and as a r...
Meat tenderness is the most important palatability attribute affecting consumers\u27 overall eating ...
none4siThe aim of the study was to determine effects of four commercial marinades on the colour, ten...