An undergraduate student-led Mason Impact project at Mason Korea resulted in a co-authored article published in Environmental ...

All colorimetric data are calculated using D65 and the 10° standard observer METACOW: A Public-Domain, HighResolution, Fully-Digital, Noise-Free, Metameric, Extended-Dynamic-Range, Spectral Test ...

Water quality indicators such as silica, hardness, and sodium are monitored to assess the water quality. Colorimetric analyzers are employed to detect and quantify these types of impurities, ensuring ...

"Environmentally responsive, man-made color-changeable materials could facilitate the fabrication of ultrathin colorimetric sensors for the rapid detection of pathogens, toxins, or environmental ...

The basic working principle of colorimetric sensing is colorimetry, which is a visible change in color that results from a chemical interaction between the sensing/detecting material and the target ...

Nitrogen and protein analysis are cornerstones of quality control in industries from food to environmental science. At the ...

A recent Small review highlights advances in multiplex nanosensors for food safety, emphasizing real-time detection of contaminants through nanotechnology, machine learning, and IoT integration.

Using the example of Ponceau-S, the colorimetric measurements were done by generating a standard curve. This standard programmed curve was then utilized to measure the concentration of unknown sample.

Figure 1. Detection methods for western blot including radioactive, enzymatic (colorimetric & chemiluminescent), and fluorescent analysis Credit: ©Proteintech. One of the first methods of primary ...

Each method has its own advantages and disadvantages, so it can be difficult to choose the right detection method for a western blot. Enzymatic detection methods Colorimetric and chemiluminescent ...