Biomarkers: Non-destructive Method for Predicting Meat Tenderization.

Area of Science:

• Food Science
• Biochemistry
• Animal Science

Background:

• Meat tenderness is a key consumer quality attribute.
• Traditional methods (taste panels, shear force) are destructive and time-consuming.
• Non-destructive methods for predicting meat tenderness are highly desirable.

Purpose of the Study:

• To review the use of biomarkers for predicting meat tenderness.
• To explore the link between biomarkers and meat tenderization pathways.
• To support the development of non-destructive meat quality assessment systems.

Main Methods:

• Review of existing literature on meat quality biomarkers.
• Analysis of biomarkers associated with biological pathways (glycolytic, oxidative, detoxification, protease inhibition, Heat Shock Proteins).
• Grouping and sorting identified biomarkers based on biological functions.

Main Results:

• Biomarkers can be identified and linked to specific biological functions and pathways.
• Metabolic pathways provide insights into the mechanisms of meat tenderization.
• Several biomarkers have been identified for predicting meat tenderness.

Conclusions:

• Biomarkers offer a promising non-destructive approach to assess meat tenderness.
• Muscle profiling using biomarkers can enhance meat quality grading systems.
• Further research into biomarkers will improve consumer satisfaction and the meat industry.