bacterial decreased. Similarly luminescence light output intensity decreased in accordance with cell number.

Bioluminescence marker system could be an efficient and sensitive method to study the hazardous

characteristics of various concentrations of food...

Objective: Photocatalytic materials such as titanium dioxide (TiO2) have been widely studied for their applications as auto cleaning agent, deodorant, antibacterial, and for purification of water and air. There are several ...

using

ELISA reader apparatus. To investigate the side effects of ZnO NPs by bioluminescence inhibition assay and

determine effective concentration of ZnO NPs that decrease intensity of luminescence light production in...

. Similarly, luminescence light output intensity decreased in accordance with cell number.

Conclusion: Although further experiments is underway, present results indicate that bioluminescence marker system can be used as a fast, real time, efficient...

Background and Aim: The applications of various nanoparticles as antimicrobial agents in safety and security

of food are predicted to grow rapidly in the coming years especially in food packaging and disinfection. ...

Caspases-mediated apoptosis/cell death activation is key regulatory response in many physiopathological conditions. Application of bioluminescence and the reaction of luciferase would provide a powerfully novel in vitro/vivo assay for apoptosis...

Bioluminescence-marker system for tracking the above bacterium in the environment. Statistical analysis showed a significant effect of matric potential on viable cell concentrations. The luminescence activities in the soil environment emphasize that these factors...

compounds. The aim of this research was to see how effective are the different concentration of two medicinal plants extracts (Crocus sativus (saffron) and Cannabis sativa) on a bioluminescent marker system indicating their side effects. Materials...