EMXnano - Brochure - The New Standard for Bench-Top EPR
Welcome to a new world of both research performance and ease of routine use in EPR. Giving you the power and flexibility you really need in an easy to use compact enclosure, the EMXnano brings affordable high-end EPR performance to labs for the first time, delivering a real choice of analysis options. Benefitting from decades of experience at the forefront...
Welcome to a new world of both research performance and ease of routine use in EPR. Giving you the power and flexibility you really need in an easy to use compact enclosure, the EMXnano brings affordable high-end EPR performance to labs for the first time, delivering a real choice of analysis options. Benefitting from decades of experience at the forefront of EPR innovation and leadership, the EMXnano exploits Bruker’s newest technologies and key customer insight to deliver bench-top EPR at an unparalled price-to-performance ratio.
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Reaction Kinetics Studied Via EPR
Photostability is important for taste stability in many foods and beverages. Using spin trapping, at least 3 photochemical products are identified upon UV irradiation of a hop extract by using the SpinFit simulation module.
Photostability is important for taste stability in many foods and beverages. Using spin trapping, at least 3 photochemical products are identified upon UV irradiation of a hop extract by using the SpinFit simulation module.
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Screening DNP Agents with the EMXnano Benchtop EPR Spectrometer
Correct concentration of DNP polarizing agents is crucial to the success of a DNP experiment. Samples can be pre-screened before DNP experiments using the patented SpinCount module, even in the MAS rotor.
Correct concentration of DNP polarizing agents is crucial to the success of a DNP experiment. Samples can be pre-screened before DNP experiments using the patented SpinCount module, even in the MAS rotor.
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Biological ROS and RNS Detection, Part I. EPR Spin Trapping
Oxidative stress and damage in cells is associated with the development of cancer, Alzheimer‘s disease, atherosclerosis, autism, infections and Parkinson‘s disease. Reactive Oxygen Species (ROSs) are the main cause of oxidative stress and damage in cells, causing damge to proteins, lipids and DNA.
Oxidative stress and damage in cells is associated with the development of cancer, Alzheimer‘s disease, atherosclerosis, autism, infections and Parkinson‘s disease. Reactive Oxygen Species (ROSs) are the main cause of oxidative stress and damage in cells, causing damge to proteins, lipids and DNA.
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Polymerization and Degradation Monitored by EPR
The degradation of polymers due to light exposure leads to discoloration of the polymer and a decrease in the mecahnical properties (elasticity, toughness, etc). To prevent this decomposition, light stabalizers are added to the polymer. By monitoring the EPR signals of these light stabalizer, their effectiveness can be evaluated using the EMXnano.
The degradation of polymers due to light exposure leads to discoloration of the polymer and a decrease in the mecahnical properties (elasticity, toughness, etc). To prevent this decomposition, light stabalizers are added to the polymer. By monitoring the EPR signals of these light stabalizer, their effectiveness can be evaluated using the EMXnano.
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