Holman Benjamin W B, Kerry Joseph P, Hopkins David L
Centre for Red Meat and Sheep Development, NSW Department of Primary Industries, Cowra, New South Wales (NSW) 2794, Australia.
Food Packaging Group, School of Food and Nutritional Sciences, University College Cork, National University of Ireland, Cork, Ireland.
Recent Pat Food Nutr Agric. 2018;9(1):3-13. doi: 10.2174/2212798409666171031114624.
Meat packaging once acted primarily as an inert barrier to protect its contents against contamination and this function has shifted.
Packaging now includes complementary functions that improve product quality, longevity and customer/retail appeal. The devices and methods applied to achieve these functions may be categorised as smart packaging, which includes intelligent packaging, devised to monitor and communicate packaged content status, and active packaging, to provide passive adjustment of inpack conditions from its interactions with the packaged meat.
Smart packaging examples already available from recent patents include antimicrobial and antioxidant packaging coatings and inserts; sensors or indicators that identify spoilage and freshness; functional engineering customisations; improvements to packaging integrity; leak or tamper detectors; and, environmentally sustainable options. Together, these inventions respond to industry and customer demands for meat packaging and are therefore the focus of this review, in which we discuss their applications and limitations in meat packaging.
肉类包装曾经主要起到惰性屏障的作用,以保护其内容物免受污染,而现在这一功能已发生转变。
如今的包装包含多种互补功能,可提升产品质量、延长保质期并增强对消费者/零售商的吸引力。用于实现这些功能的设备和方法可归类为智能包装,其中包括旨在监测和传达包装内容物状态的智能包装,以及通过与包装肉类的相互作用对包装内环境进行被动调节的活性包装。
近期专利中已有的智能包装示例包括抗菌和抗氧化包装涂层及插入物;识别变质和新鲜度的传感器或指示器;功能性工程定制;包装完整性的改进;泄漏或篡改探测器;以及环境可持续选项。这些发明共同回应了肉类包装行业和消费者的需求,因此是本综述的重点,我们将在其中讨论它们在肉类包装中的应用和局限性。