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In hoc studio, biodegradable films sunt developed secundum chitosan (c) ditatus thyma essentialis oleum (Teo) cum variis additives comprehendo cadmiae (ZN), Polyethylene Glycol (Paxit), Nanoclay (NC) et calcium. Chloride (CACCL2) et characterise post-messis kale qualis cum refrigerated. Eventus ostendere quod incorporationem ZNO / PEG / NC / CACL2 in C fundatur films significantly reduces aquam vapor traducorius rate, crescit tensile vires, et aquam solutum et biodegradable in natura, et aquam solutum et biodegradable in natura et aqua solutum et biodegradable in natura et aqua solutum et biodegradable in natura et aqua soluble et in natura crescit. In addition, CH-TEO-based films combined with ZnO/PEG/NC/CaCl2 were significantly effective in reducing physiological weight loss, maintaining total soluble solids, titratable acidity, and maintaining chlorophyll content, and showed lower a*, inhibiting microbial growth. , Species et organoleptic qualitates brassicae conservantur in XXIV dies comparari LDPE et aliis biodegradable films. Nostra results ostendere quod ch fundatur films locupletati cum teeo et additives ut ZNO / CACL2 / NC / PEG es a susttainable, environmentally amica, et effective, cum refrigerated selfrended.
Saccharum Polymer Packaging materiae ex PETROLEUM diu esse in cibum industria ut qualis et salus variis cibum products. Et commoda huiusmodi traditional materiae evident ex otium of productio, humilis sumptus et optimum obice proprietatibus. Tamen, in massive usu et arbitrio horum non-degradable substantiae non necesse exacerbate per magis gravi environmental pollutio discrimine. In hoc casu, in progressionem environmental tutela naturalis packaging materiae fuit celeri in annis. Haec nova films sunt non-toxicus, biodegradable, sustineri et biocompatible1. Praeter ens non-toxicus et biocappatible, haec films fundatur naturalis biopolymers potest ferre antioxidants et ideo non causam naturalem cibum contaminationem, inter leaching additives ut phthalates. Ideo haec subiectae possunt esse sicut viable alternative ad traditional PETROLEUM, secundum Plastics quod habent similes functionalities in cibum packaging3. Hodie, biopolymers ex proteins, lipids et polysaccharides fuisse feliciter developed, quae sunt series novus environmentally amica packaging materiae. Chitosan (CH) is widely used in food packaging, including polysaccharides such as cellulose and starch, due to its easy film forming ability, biodegradability, better oxygen and water vapor impermeability, and good mechanical strength class of common natural macromolecules. , V. Sed humilis antioxidant et antibacterial potentiale films, quae sunt key criteria pro activae cibum packaging films, fines eorum potential, ut creare novum speciei cum convenientem applicability.
Essentialis olea ex plantis potest incorporatus in biopolymer films et potest impertiet antioxidant vel antibacterial proprietatibus ad packaging systems, quod est utile pro fasciae fasciae vita cibis. Oleum est multo studuit et usi essentialis oleum ex antibacterial, anti-inflammatory et antifungal proprietatibus. Secundum ad compositionem de essential oleum, variis thyma chemotypes sunt identified, comprehendo thymol (23-60%), P-lacus (8-44%), Gamma-Terpinene (18-50%), Linalool (3-4%). %) Et Carvacrol (2-8%) IX autem thymol habet fortissimum antibacterial effectus debitum ad contentus de Phenola in It10. Infeliciter, quod inclusio plantae essentialis olea aut activa ingredientia in Biopolymer matrices significantly reducit mechanica robore ad adeptus biocompososite films11,12. Hoc modo quod packaging materiae et plasticized films continens planta essentialis olea est subiecta additional duritia curatio ad amplio mechanica proprietatibus eorum cibum packaging.
Post tempus: Oct-25-2022