Physical Techniques Empowering Meat Processing: Mechanisms and Application Prospects for Enhancing Safety and Quality

Area of Science:

• Food Science and Technology
• Biophysics
• Meat Science

Background:

• Traditional meat processing methods present significant food safety risks, nutrient loss, and inefficiency.
• Reliance on chemical additives in meat processing raises safety and quality concerns.
• There is a growing need for advanced, efficient, and safe meat processing solutions.

Purpose of the Study:

• To review the research progress and applications of physical processing technologies in the meat industry.
• To analyze the mechanisms and effects of various physical processing techniques on meat quality.
• To evaluate the potential of physical processing as a sustainable alternative to traditional methods.

Main Methods:

• Review of scientific literature on physical processing technologies in meat.
• Analysis of techniques including ultrasound, electric fields, magnetic fields, plasma, and irradiation.
• Systematic evaluation of impacts on nutritional, textural, and microbiological properties of meat.

Main Results:

• Physical processing technologies enhance efficiency and preserve meat texture and sensory attributes.
• These methods effectively reduce reliance on chemical additives in meat products.
• Physical processing demonstrates advantages in nutrient preservation, protein modification, microbial inhibition, and shelf-life extension.

Conclusions:

• Physical processing technologies offer significant potential to replace traditional meat processing methods.
• These techniques are crucial for enhancing meat product safety, quality, and sustainability.
• Further research and application of physical processing hold theoretical and practical importance for the meat industry.