Advancing Nuclear Medicine

  • Serving 30.000 patients daily
  • 1 hour away from important European airport
  • Europe's most complete nuclear infrastructure

In a nutshell

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World leader in research and production of important ingredients for nuclear medicine.

Patiënts per day. This is the amount of people served with medicines from Petten.

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Hour away from an important European airport. A strategic position for the distribution of nuclear medicine worldwide.

Our solutions

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The starting material for technetium-99m (Tc-99m) generators. Tc-99m is perhaps the most important isotope in nuclear medicine. Doctors and hospitals use it to diagnose life-threatening diseases, such as cancer. Some 49 million nuclear drug investigations are conducted annually, and Tc-99m is used in more than 80% of these treatments.

The largest supplier of radioactive lutetium-177 worldwide. For the treatment of prostate cancer and neuroendocrine tumors.

The future of medical isotopes in diagnosis and treatment. Supports the development of new nuclear medicines within a unique nuclear infrastructure. Promises the delivery of promising medical services.

The largest area of ​​application of iridium-192 is gynecology, for example for the treatment of cervical cancer.

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Some of our success stories

Being able to predict which cancer patient is likely to respond to chemotherapy with cisplatin has not yet been possible. However, a unique research project between NRG|PALLAS, the Netherlands Cancer Institute (NKI) and Amsterdam UMC may bring about some change.

Producing medical isotopes using only low enriched uranium? After a challenging design process, Curium and NRG are the first in Europe to produce molybdenum-99 with low enriched uranium. Recognizing the commitments made during the Nuclear Summit 2014, to phase out high enriched uranium (HEU) based medical isotopes.

A complex project has been brought to a successful conclusion: the development and installation of a production process for xenon-133 gas.

Recently, we have developed the world’s first fully automated synthesis module, for the synthesis of Pt-195m cisplatin and other platinum compounds

Advancing Nuclear Medicine

FIELD-LAB: an innovative partnership for the development of nuclear medicine!

FIELD-LAB is a partnership that aims to convert knowledge into new medical solutions. The aim is to accelerate the process from development to the production of nuclear therapies for cancer patients.

 

  • Supply of radiochemical solutions and radiofarmaceuticals to laboratories
  • Both research and GMP grade
  • Creation of radiochemical processes using innovative isotopes
  • Collaboration between academic and industrial partners
  • Portal to a fast-growing network with an open innovation culture
FIELD-LAB

Partners & clients around the world

Curium
Idb Holland
Pallas
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IRE
ITM
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Advancing Nuclear Medicine

NRG Advancing Nuclear Medicine cares for the well-being of people worldwide. Especially for their health. We wish people to live longer, be more vital and feel happier. We believe everybody should have access to advanced treatments. New highly targeted treatments will cause less side effects and improve the quality of life.

We provide solutions to advance nuclear medicine ranging from complete irradiation services for medical isotope production, to access to R&D resources & commercial processing.

About

Publications

The major bottleneck for research and development of radiopharmaceuticals for targeted alpha therapy is its limited availability. The irradiation of radium-226 could be a game changer as the amounts produced using this method could fulfill the market needs for alpha-emitters. However, there are several challenges in 226Ra target preparation and further processing of irradiated targets.

During the NVNG Spring Conference of last Friday our R&D manager Karlijn van der Schilden provided insight into the current developments of NRGǀPALLAS in the field of developing new production routes for existing and new isotopes. With inextricably linked the subject of securing availability and supply.

Publications