This paper describes a simple and low-pollution surface modification strategy for fabricating
flexible, semi-transparent, and robust bacterial cellulose (BC)/Kombucha tea-based BC films …

Using non-substituted and long-chain substituted cyclic anhydrides as the esterifying agents
and dimethyl sulfoxide as the solvent, high water vapor/oxygen/bacterial resistant …

Petroleum-based films have triggered a serious global pollution crisis because they are
difficult to recycle, degrade, and reuse. Developing alternative sustainable active films …

Cellulose-based food packaging has a significant importance in reducing plastic pollution
and also ensuring our safety from microplastics. Nonetheless, lignocellulose necessitates …

Fully biodegradable packaging materials are demanded to resolve the issue of plastic
pollution. However, the fresh food storage performance of biodegradable materials is …

Background The pervasive presence of plastic packaging has led to significant
environmental contamination due to excessive reliance on petrochemicals and the inherent …

The production of kombucha involves the synthesis of a bacterial cellulose-based native film
by a microbial consortium, typically regarded as a waste by-product in commercial …

Inspired by natural plant cells, lignin is utilized as a filler and a functional agent to modify
bacterial cellulose (BC). By mimicking the lignin–carbohydrate structure, deep eutectic …

Cellulose materials have poor wet strength and are susceptible to acidic or basic
environments. Herein, we developed a facile strategy to modify bacterial cellulose (BC) with …

A novel solid bacterial cellulose/cotton fibers (BCF) composite with a sandwich-like structure
as active and intelligent food packaging was formed in situ. BCF or bacterial cellulose (BC) …