This review provides a comprehensive summary of issues associated with treating
polyclonal bacterial biofilms in chronic diabetic wounds. We use this as a foundation and …

Biofilms are responsible for stimulating and maintaining wound inflammation, increasing
infection risk and delaying wound closure. Appropriate biofilm management is required to …

One major cause of aquatic pollution is the accumulation of heavy metal ions. This review is
aimed to examine the application of natural biofilm as biosorbent for Mg (II), Cr (VI), and Cu …

Microbial biofilms are ubiquitous in aquatic ecosystems. Inside the biofilm is the nutrient‐rich
microenvironment promoted by the accumulation of the nutrient ions such as NH 4+ and NO …

This study evaluates the antimicrobial, antioxidant, and anticancer effects of Brazilian red
propolis extract (BRPE) and its nanoencapsulated form (NCBRPE) to address bacteria and …

Biofilm is ubiquitous in aquatic ecosystems such as river. Biofilm have been reported to have
high sorption capacities that promote the accumulation of nutrient ions inside biofilm matrix …

The review study emphasizes on delayed wound healing nature of diabetic wound
infections and its treatment using novel metal oxide nanoparticles synthesized by green …

Contamination of heavy metals such as Cu 2+ and Pb 2+ have become serious problems in
the aquatic ecosystems. Various efforts to prevent the negative impacts of pollution are …

Water contamination is one of the main environmental problem presently. One of the
contaminants that become serious problem in aquatic ecosystems is Cr (VI) which is toxic for …

Biofilms are the predominant habitat of microbes in aquatic ecosystems. The environment in
the biofilm is a nutrient-rich microhabitat that contains many types of ions. These nutrient-rich …