In sum, this system showed potential for industrial applications since it offers economic and environmental advantages.
This system has potential application in the detection of bacteria concentration of milk at dairy farms.
Airborne images obtained from agricultural fields, rangelands, and waterways demonstrate that this system has potential for monitoring crop pest conditions, mapping invasive weeds and assessing natural resources.
This system has potential use in high-temperature electrochemical applications such as solid oxide fuel cells, batteries, sensors, and oxygen separation membranes.
This system has potential application in the detection of coliform concentration in milk at dairy farms when a proper selective media is designed.
Therefore, this system has potential for producing C9 compounds on a large scale.
This system has potential as a sensitive convenient detection system for Blepharisma and could be applied to other protozoan organisms.
This system offered potential to improve data access and quality to support evidence-based decision making for the Ebola response in Guinea.
Using this system, seven potential NF-κB inhibitors were detected, including sinomenine, norsinoacutin, N-norsinoacutin-β-D-glucopyranoside, 6-O-methyl-laudanosoline-13-O-glucopyranoside, magnoflorine, laurifloline and dauricinoline.
Furthermore, this system shows the potential for creating other enzyme/substrate systems by coprinting the components using inkjet printing, with potential impacts in environmental, laboratory, and biomedical science as a whole.
