Functional properties of Mozzarella cheese for its end use application

Area of Science:

• Food Science
• Dairy Science
• Material Science

Background:

• Cheese is a versatile food ingredient valued for its diverse flavors, textures, and applications.
• Functional properties such as melting, stretching, oil release, elasticity, and browning are critical for cheese used as an ingredient.
• These properties influence consumer acceptance and product quality in various food applications.

Purpose of the Study:

• To review the key factors influencing the functional properties of cheese.
• To provide insights for cheese makers on manipulating cheese characteristics for specific end-uses.
• To guide pizza manufacturers in selecting appropriate cheese types and aging periods for optimal baking performance.

Main Methods:

• This paper is a comprehensive review of existing literature on cheese functionality.
• It analyzes the relationship between cheese composition (e.g., pH, galactose content) and functional attributes.
• The review synthesizes information on how cheese properties affect performance in cooked applications.

Main Results:

• Cheese structure, influenced by pH, directly impacts shredability and meltability.
• Residual galactose content is a key determinant of browning during baking.
• Specific cheese characteristics can be manipulated to create 'tailor-made' cheese for desired end-use applications.

Conclusions:

• Understanding the intrinsic properties of cheese is crucial for optimizing its functionality as an ingredient.
• Tailoring cheese characteristics allows for enhanced performance in specific food products, meeting diverse consumer preferences.
• This knowledge empowers cheese makers and food manufacturers to improve product quality and innovation.