In the food sector, bacterial adhesion on surfaces followed by biofilm development is
responsible for food contamination and spoilage, and foodborne illness, leading to …

In the food sector, the formation of biofilms as a result of microbial adherence on food-grade
surfaces causes a major problem resulting in significant economic losses. Thereby, this work …

Microscopic filamentous fungi are ubiquitous microorganisms that adapt very easily to a
variety of environmental conditions. Due to this adaptability, they can colonize a number of …

The biofilm development following microbial attachment on food-grade surfaces represents
a main problem in the food sector, leading to significant economic losses. To overcome that …

Filamentous fungi (ff) are consistently recognized as drinking water (DW) inhabitants,
typically harboured in biofilms. Their sessile behaviour is still poorly understood. This study …

Microbial infections and nosocomial diseases associated with biomaterial have become a
major problem of public health and largely lead to revision surgery, which is painful and …

Recent improvements in 3D printing technology have increased the usage of 3D printed
materials in several areas. An exciting and emerging area of applying these next-generation …

As wastewater contains a variety of contaminating bacteria and oily residues, there is an
urgent need for environmentally safe bactericidal agents and surfactants which can be …

Despite having been used for ages to preserve wood against several effects (biological
attack and moisture effects) that cause its degradation, the effect of vegetable oils on the …

This study aimed to investigate the chemical composition and antimicrobial effects of Cedrus
atlantica essential oil, against two bacteria and six fungi that cause the degradation of cedar …