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ERI TM600 Novilet

ERI TM600

The ERI TM 600, as the world’s only scanner, enables the whole-body 3D imaging of oxygen levels, redox state, oxidative stress, ROS and pH in living organisms. 

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Low-frequency in-vivo EPR Spectrometer

L-Band EPR Spectrometer

L- band EPR spectroscopy for low-frequency EPR measurements. It is a perfect solution to carry out experiments on the aqueous samples. Easy-access alllows placing big objects inside the measured area.

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ERI Dal System Novilet

ERI Dual System

The unlimited potential of imaging and spectroscopy in one device. ERI TM Dual System is a powerful preclinical tool, that can be applied in many research areas.

 

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Cancer research

Redox status and partial pressure of oxygen are significant parameters in identifying and monitoring of neoplastic changes. Studies show that the outcome of cancer treatment depends strongly on the partial pressure of oxygen which varies with time, inside a tumour.
 
The ERIERI TM 600 is the only device that enables the mapping of oxygen levels and redox status. Our scanner is able to monitor these two parameters with a high spatial and temporal resolution. As a result, we are capable of providing you with a tool for monitoring the activity of the tumour.

Neurology 

It is known that redox status, as well as Reactive Oxygen Species are indicators of inflammation and of inactive parts of the brain. Another fact is that the ability to recognise the early signs of Alzheimer’s by using the ERI method has already been published.

 
The ERI TM 600 provides you with an unprecedented 3D map of the brain in a few seconds. As a result of being an absolutely harmless procedure, measurements can be repeated in a short period of time.

Detection of free radicals

Free radicals are distributed throughout our body. Whilst some of them are necessary to keep us alive, there are also those that cause many serious diseases. Due to a short lifetime and low concentration of free radicals, it is difficult to monitor them effectively.

 
The ERI TM 600 is designed to detect and track free radicals. With the use of a technique called "spin trapping", our scanner allows you to make a complete reconstruction of those molecules.

3D spin probe mapping

The use of functional imaging is significant in the understanding of any biological processes because it is concentrated on tracking particular metabolites in a body.

 
The ERI TM 600 can track markers of any given biological process, much in the same way as other functional imaging methods. A significant difference is that the ERI scanner is able to perform a mapping with an unprecedented spatial-temporal resolution, with the use of stable, harmless and long-time storage spin probes.
Oncology
Redox status and partial pressure of oxygen are significant parameters in identifying and monitoring of neoplastic changes. Studies show that the outcome of cancer treatment depends strongly on the partial pressure of oxygen which varies with time, inside a tumour.
The ERI TM 600 is the only device that enables the mapping of oxygen levels and redox status. Our scanner is able to monitor these two parameters with a high spatial and temporal resolution. As a result, we are capable of providing you with a tool for monitoring the activity of the tumour.

Neurology

It is known that redox status, as well as Reactive Oxygen Species are indicators of inflammation and of inactive parts of the brain. Another fact is that the ability to recognise the early signs of Alzheimer’s by using the ERI method has already been published.
The ERI TM 600 provides you with an unprecedented 3D map of the brain in a few seconds. As a result of being an absolutely harmless procedure, measurements can be repeated in a short period of time.

Free radicals

Free radicals are distributed throughout our body. Whilst some of them are necessary to keep us alive, there are also those that cause many serious diseases. Due to a short lifetime and low concentration of free radicals, it is difficult to monitor them effectively.
The ERI TM 600 is designed to detect and track free radicals. With the use of a technique called "spin trapping", our scanner allows you to make a complete reconstruction of those molecules.

3D spin probe mapping

The use of functional imaging is significant in the understanding of any biological processes because it is concentrated on tracking particular metabolites in a body.
The ERI TM 600 can track markers of any given biological process, much in the same way as other functional imaging methods. A significant difference is that the ERI scanner is able to perform a mapping with an unprecedented spatial-temporal resolution, with the use of stable, harmless and long-time storage spin probes.
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The project is co-financed by the European Union from the European Regional Development Fund under the Smart Growth Operational Programme.
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The project is co-financed by the European Union from the European Regional Development Fund under the Smart Growth Operational Programme.