Physicochemical Quality Evaluation of Fresh-Cut Rosemary (Rosmarinus officinalis L.) Packed and Stored in Biodеgradаblе Film

Abstract

Fresh-cut herbs satisfy consumer demand owing to the convenience of buying them in food shopping malls as quickly accessible products. Food packaging has an important role in the food industry nowadays, because it helps to preserve the quality of fresh-cut food products at the production and sales sites and provides safety during storage. The aim of this research was to evaluate the quality changes of fresh-cut rosemary packed and stored in biodegradable film packaging. Rosemary has been packed in several materials – two biodegradable packaging materials, NatureFlexTM NVS INNOVIA film, Nature Works® PLA P-360 containers with hermetically pressed PLA cap and “breathable” conventional BOPP PropafilmTM P2GAF film. The samples were analysed over time at 0, 3, 5, 8, 10 and 12 days of storage at a temperature of +5 ±1 °C in terms of physicochemical quality: O2 and CO2 concentration, mass loss, pH, content of soluble solids (ºBrix) and tested sensory evaluation. The analysis of the obtained results showed that the cellulose based biodegradable NatureFlexTM NVS INNOVIA film was a good way to prolong the storage time of fresh-cut rosemary and ensure sensory quality and high physiochemical quality during the preservation period.

Overview of the Current State of Scientific Research and Practical Access in the Areas of Biological Dairy Packaging

“…Scientific studies have proven that recycled plastics can be used for packaging materials, thus not causing pollution by accumulating a large amount of waste that adversely affects the existence of our planet's ecosystem. Therefore, companies are willing to invest in the use of more eco-friendly plastics that can be used as bio-based packaging material that may store packaged products and take advantage of residues that would be discarded otherwise as well as increase the storage time of foods products [2][3][4][5].…”