- #LINKEDIN BRUKER EPR SERIES#
- #LINKEDIN BRUKER EPR FREE#
Fully automated data acquisition, processing, reporting and storage. Automated sample handling and analysis. Optimise oxidative shelf life in fermented beverages, juices and edible oils. 
CFR21 part 11 compliant software for validated, audit traceable operation. Bar-coded dosimeter film or pellet inserts for dose measurements from 20 Gy to 200 kGy. 
Fast, accurate dose measurements across 3 orders of magnitude.Complete quality control system for radiation processing.Automatic acquisition schemes, extensive data processing and efficient spectral simulations.Suitable for research, quality control and education.Reliable – Proven rock-solid 24/7 operationĮ-scan Series Multi-Purpose EPR – e-scanM.Robust – Suitable for laboratories and the factory floor.Permanent magnet for high quality results, without the need for cooling water.Easy to use – Automatic acquisition schemes and data evaluation, with user-friendly software, requiring minimal training.The e-scan is a reliable EPR system, optimised for the best price-performance ratio. A multi-purpose version is available, as well as dedicated analysers for specific real-world applications. The Bruker e-scan is a compact benchtop EPR spectrometer. Antioxidant levels in tea, wine, coffee etc.
#LINKEDIN BRUKER EPR FREE#
Free radical content in solid foods (using heptane extraction). Analyse edible oils with forced oxidation assay. Measure free radical srecombination during thermal annealing. Accurate dose measurement from either alanine film or pellet. Monitor asphaltene radicals and vanadium content in crude oil. Analyse ROS and Nitric oxide/Endothelium-derived relaxing factor in physiological samples. OH, H 2O 2, ONOO−), RNS (NO, NOHb) and S-centered radicals. Directly detect free radicals (antioxidant-derived, polymer and organic). Data is acquired in a matter of seconds, with analysis providing useful information about the amount and identity of species present.Īpplications Science / Research Applications It can be used to detect unpaired electrons in solids, liquids, gases, coloured and turbid solutions and cell suspensions. They can also contribute to degradation of material properties, eg brittleness and discolouration of polymers.ĮPR is a versatile and non-destructive analytical method. These include:įree radicals and transition metals are vital to many processes, including photosynthesis, oxidation/reduction, catalysis, and polymerisation.ĮPR is relevant in a variety of fields, including medical science, biology, chemistry, physics, material science, archaeology and forensics. Most free radicals have damaging effects on their surroundings they are involved in cancer, aging, Alzheimer’s and cardiovascular diseases. If you have any questions or if you would like a quote, please get in touch: Contact us on 01223 422 269 or What is EPR?ĮPR spectroscopy is the only technique for unambiguously detecting and quantifying unpaired electrons. #LINKEDIN BRUKER EPR SERIES#
The e-scan product line from Bruker is a series of easy-to-use, benchtop EPR spectrometers that make EPR technology more accessible, with analysers developed for specific, real-world applications.īlue Scientific is the official distributor of benchtop EPR instruments from Bruker.
.jpg "linkedin bruker epr")
EPR is the only method of scientific analysis that can directly and unambiguously detect free radicals. EPR (Electron Paramagnetic Resonance, also known as Electron Spin Resonance) is a spectroscopic technique which detects unpaired electrons.
0 kommentar(er)
