Nowadays, food packaging systems have shifted from a passive to an active role in which
the incorporation of antimicrobial compounds into biopolymers can promote a sustainable …

The high applicability of Bacterial Cellulose (BC) is often challenging due to its high
production costs, which ultimately prevents its widespread use. Therefore, the present study …

Water contamination is one of the environmental issues that poses a severe threat to human
health [1]. Due to the sharp development in industry, urbanization, and population, as well …

Currently the watercolor used in painting on paper has been confronted with many problems
such as deterioration, fragility and fading to light. This study evaluates the potentials of …

This study aimed to produce modified cellulose extracted from oat hulls by an esterification
reaction with citric acid (CA) employing ultrasonication and reactive extrusion assisted …

Understanding chemical reactions in bacterial cellulose (BC) films is important to control the
insertion of biomolecules that can improve their biomedical properties. Diphenyltetrazole …

In the aquaculture sector, the biofunctionalization of biomaterials is discussed using
materials from algae and analyzed as a possible potential strategy to overcome the …

Biomaterials are biocompatible materials designed to interface with both living tissue and
the environment. They are manufactured from natural sources (living tissue such as silk) or …

Nanocellulose (NC) is a nanoscale biopolymer derived from cellulose, which displays high
strength, high surface area, chemically inactive, and unique surface chemistry. However, NC …

Nanotechnology is applied in many topics of health sections with great benefits for humans.
The concern with bacterial resistance has abruptly increased and the number of infections …