Bacterial infections instigated by antibiotic-resistant bacteria are considered perilous health
threats in today's world due to their fast-increasing nature and the fewer availability of new …

Nanotechnologyapplications in the field of biomedicine like drug delivery, cell labeling, and
bacterial inhibition are growing. New nano-materials having less toxicity and excellent …

The emergence of antibiotic-resistant bacterial strains renders the conventional antibiotic
therapy less efficient. The integration of two distinct bactericides into one compact platform …

Despite the extraordinary advances, bacterial infections continue to be one of the main
concerns in modern medicine due the development of antibiotic multidrug resistant strains …

Background Zinc oxide (ZnO) nanoparticles and their networks have been developed for
use in various applications such as gas sensors and semiconductors. Aim In this study, their …

Bacterial infection is a major problem in our society because some diseases originate from
various microbes. Therefore, much research has been devoted to the design and …

Synthesis of new, highly active antibacterial agents has become increasingly important in
light of emerging antibiotic resistance. In the present study, ZnO/graphene quantum dot …

To overcome the limitations of traditional therapeutics, nanotechnology has presented a
synergistic therapeutic approach for the treatment of bacterial infection and biofilms which …

The perpetual use of antibiotics against pathogens inadvertently altered their genes that
have translated into an unprecedented resistance in microorganisms in the twenty-first …

Microbial pollution and antibiotic contamination can pose a serious threat to human health.
The rational development of efficient and low-cost methods is critical to solving these …