POMO NOVA Radioactivity Detector

POMO NOVA Radioactivity Detector

Radioactivity detector for gamma nuclear positron detection

low background

wide dynamic range 

High sensitivity

conform toGMP/GLP/CFR PART11 requirements

Optimized to meet higher requirementsPET tracer measurements

Pomo Nova is specifically designed for PET tracer radionuclides. This detector is the second evolution of our radio-HPLC PET flow detector. A new flow cell design combined with new electronics achieves 10 times greater sensitivity than the first generation.

The low energy gamma ray response isResearch into PET isotopes provides unique detection capabilities and ensures low background interference. The detection limit is approximately twice that when using the classic 2x2’ iodinated Na setup.

Nuclide monitoring of radiolabeled compounds separated by chromatographic techniques has been established as one of the most advanced tools in many biochemistry-related fields. Our detector is rightImprovements in radio-HPLC flow detectors. Pomo Nova uses a high-sensitivity detector, combined with our second-generation "high positron efficiency flow cell", with low-energy gamma-ray response to provide unique detection capabilities for PET isotopes (F-18, C-11, Ga-68, N-13, Cu-64,...) or high-energy Beta (Lu-177, Y-90, I-131,...) and ensure sufficiently low background interference.

The Pomo Nova has a lead-shielded chamber inside to minimize interference from the outside environment; the housing is designed to fit the detector under a standard HPLC, just like a regular UV detector. This setup reduces the need for laboratory space, and the shorter distance from column to detector increases radiation safety and minimizes dead time, resulting in sharper peaks and better resolution.

In order to get the completeFor GMP compliance and complete documentation, we recommend Pomo Nova in combination with our chromatography software Gina X. This combines digital signal transmission and a complete integrated solution. Gina X is tailor-made for radio-HPLC applications and has special features related to typical issues and challenges of radioactive chromatography, such as half-life correction or specific radioactive background subtraction. The detector can also be used in a standalone mode if your solution allows the use of a digital-to-analog converter and provides an analog signal that can be connected to the HPLC digital-to-analog converter.

Pomo Nova uses the same Elysia Communication Protocol (ECP) as Gabi NOVA.

To ensure performance and remote diagnostics,ECP allows advanced control and diagnostics of detectors, providing you with a perfect setup documentation and enhancing your GxP tools.