Application of EPR in Environmental Fields
Pollution is a major environmental hazard that affects the health of people worldwide. All pollutants are toxic in their own right and often participate in processes resulting in the formation of free radicals. Monitoring free radicals and other pollutants with unpaired electrons (such as transition metals) in the environment is of critical importance and can be detected with Electron Paramagnetic Resonance (EPR) spectroscopy allowing their measurement and monitoring their distribution as well as aiding in clean-up strategies.
EPR is the only analytical technique capable of detecting species with unpaired electrons, in a direct and non-invasive manner. It can be used to detect, quantify and monitor the intrinsic generation of short-lived radicals, such as hydroxyl radicals, as well as environmentally persistent free radicals (EPFRs). EPR is therefore extremely useful for tracking free radicals in the environment, in addition to detecting toxic metal ions in the air, groundwater and soil, and monitoring their uptake by plants. By furthering this knowledge, researchers can also increase their understanding of the behavior of free radicals in the body and their impacts on human disease.
Who should attend
• General managers involved in quality control of the environment, waste management, and environmental agencies
• Academics who do environmental research or collaborate with environmental agencies
• Researchers who study the impact of environmental pollution on human health
What attendees will learn
The speakers will introduce Bruker’s EMXnano bench-top EPR spectrometer package, which features the following capabilities:
• Detects and identifies environmentally persistent free radicals (EPFRs), polycyclic aromatic hydrocarbon (PAH) radicals, reactive oxygen and nitrogen species (ROS and RNS), and transition metals involved in the pollution chemistry
• Determines the oxidative potential of ambient particulate matter which is an important metric to estimate potential adverse effects
• Reaction monitoring
• Quantifies free radical concentration using the SpinCount tool