A forum for researchers, students and applicants in the field of cyclodextrin technology
This review critically evaluates β-CD inclusion systems through a cross-scale framework linking host-guest recognition and complex stability with carrier architecture,
Researchers from New Zealand and the United States developed a copper-doped CD-based metal-organic framework (CD-MOF) to create a self-disinfecting food-contact
Nanoparticle-based active packaging offers a promising strategy to enhance food safety and shelf stability through targeted functionalization. In this work,
The incorporation of inclusion complexes into films, hydrogels as pads is an effective approach for developing antimicrobial active packaging for
Citrus fruits are highly susceptible to pathogenic fungal infections after harvesting, which causes serious economic losses. Therefore, it’s necessary to
The development of environmentally-friendly, intelligent and active packaging materials is crucial for the protection of food products and the prevention
The complexation of a commercial β-acid rich hop extract (βHE) was studied using BCD and HPBCD. HPβCD nanoparticles manufactured, due to the
Rechargeable materials for the effective protection of dry food products were developed. β-cyclodextrin-thymol inclusion complex was covalently grafted on a
A multifunctional food packaging material (G-Eug-NPs-NF) based on gelatin nanofiber membranes (G-NF) containing eugenol nanoparticles (Eug-NPs) were prepared [1]. The
Polylactic acid (PLA) and cellulose acetate (CA) as biodegradable polymers are being highly exploited in the development of innovative materials
