Temperature is one of the most important environmental factors
determining food preservation, as variations in temperature during
food shelf life can compromise the safety and the shelf life of perishable
food products such as muscle based foods. TTIs are effective tools
designed for continuous monitoring of the time and temperature history
of chilled and frozen products throughout the food chain (Lee &
Rahman, 2014). TTIs offer an indicator that visually changes with
the time elapsed from packaging, a process that is accelerated with
increasing temperature (Galagan & Su, 2008). These indicators allow
continuous monitoring of the storage conditions. Therefore, they can
inform about a cold chain break and can be used as indirect shelf life
indicators. TTI indicators that are available in the market are based on
physical, chemical, enzymatic or biological processes (Kerry et al.,
2006).
Temperature is one of the most important environmental factors
determining food preservation, as variations in temperature during
food shelf life can compromise the safety and the shelf life of perishable
food products such as muscle based foods. TTIs are effective tools
designed for continuous monitoring of the time and temperature history
of chilled and frozen products throughout the food chain (Lee &
Rahman, 2014). TTIs offer an indicator that visually changes with
the time elapsed from packaging, a process that is accelerated with
increasing temperature (Galagan & Su, 2008). These indicators allow
continuous monitoring of the storage conditions. Therefore, they can
inform about a cold chain break and can be used as indirect shelf life
indicators. TTI indicators that are available in the market are based on
physical, chemical, enzymatic or biological processes (Kerry et al.,
2006).
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