Real time, high resolution blood flow mapping.
What will you measure?
What will you measure?
Muscle oxygenation assessments non invasive and real time measurements
See you in Exeter for British Microcirculation? 4-5 April 2019了解更多
Heading to Orlando for FASEB? 6-10 April 2019了解更多
Maastricht in April for joint ESM/EVBO. 15-18 April 2019了解更多
Visiting Prague for European College of Sport Science? 3-6 July 2019了解更多
Looking forward to Neuroscience in Chicago! 19-23 October 2019了解更多
Brand New Website for 2019!了解更多
Coming soon for UK – Order accessories on-line…了解更多
Image Gallery Live!了解更多
Marsap Meeting at and with Paddington…
30th Celebrations – continued…
Article 3 is now available here, hot of the press and focuses on the development of ou... 了解更多
During the course of my clinical studies examining the vascular complications associated with diabetes I have used a number of Moor Instruments, ranging from laser Doppler products, skin heaters and iontophoresis controllers. Their equipment has been invaluable to my research and have contributed to research studies that have examined the mechanisms underlying vascular dysfunction in diabetes and prediabetes as well as evaluating the impact of therapeutic interventions on the development and progression of these complications. Moor Instruments have consistently provided excellent help and support for my research.
Kim Gooding, PhD
University of Exeter Medical School
I have been using Moor Instruments laser Doppler flowmeters for almost 20 years, in a number of extreme environments laboratories. The equipment is robust, reliable, and and affords very sensitive measurement. Some of our sensors and equipment are more than 10 years old remain in regular use when our main newer systems are fully engaged. We have used various Moor systems over the years for assessing human thermoregulatory responses to a variety of extreme environments including heat, cold, altitude, and occasionally in or underwater. We also use the sensors to help medical colleagues to diagnose non-freezing cold-injuries, and to assess their severity. The company are a pleasure to deal with and respond very quickly to requests. I cannot rate the company or the staff highly enough.
Jim House, PhD
University of Portsmouth
We bought a moorFLPI-2 two-dimensional imaging system to measure the cerebral blood flow (CBF) of adult mice during and after hypoxic-ischemic insults. We found this to be a powerful, yet extremely easy-to-use system that provides a global view of CBF alterations in various conditions. With this system, not only we can see CBF alterations in both hemispheres in real-time and without opening the skull, but also we can quantify the average flow units in any region-of-interest over any segment of the entire recording, which can run more than hours without freezing the computer. In a nutshell, moorFLPI-2 is the most user-friendly system for studying cerebral blood flow regulation in rodents.