Cancer imaging: The submitted file of IRE ELiT’s 68Ge/68Ga generator has been accepted in 13 European countries

  • The young Belgian biotechnology company IRE ELiT, a subsidiary of IRE (Institute for Radioelements), has just taken a key step towards the conquest of the radiopharmaceuticals market.

  • IRE ELiT’s radiopharmaceutical new generation, Ge-68/Ga-68 generator, developed entirely in Fleurus (Belgium), has been accepted by RMS [1]  and all CMS [2] of 13 European countries. The commercialization will be allowed for the first of these 13 countries within the next one to two months.

  • This generator opens up significant possibilities in the diagnosis of neuroendocrine cancers and of recurrent forms of prostate cancer.

On May 9th, IRE ELiT, a subsidiary and innovation hub of IRE (Institute for Radioelements), received the acceptance of RMS and all CMS for its radiopharmaceutical Germanium-68/Gallium-68 generator which represents a major breakthrough in the world of nuclear medicine and medical imaging.

Gallium-68 is the isotope which, when accompanied by a cold vector, is used in oncology for the diagnosis of neuroendocrine cancers, particularly difficult to detect at the early stage. It is also used in clinical development of highly specific diagnostic agents such as for the diagnosis of prostate cancer (recurrent forms), the most common cancer in men.

Nuclear medicine uses the properties of the radiation emitted by a radioactive isotope for diagnostic and therapeutic purposes. In oncology, radiopharmaceutical diagnoses can determine the number and aggressiveness of tumours and metastases. Today, radiopharmaceutical diagnosis accompanied by their therapeutic counterpart open a new era in the field of personalised medicine (theranostic: “the right treatment for the right patient”).

Five years of research and development

Five years ago, IRE ELiT launched the project to develop a next generation generator. There were four generators on the market at the time, and users’ expectations were not being fully met, in particular in terms of ease of use.

After five years of research and development, IRE ELiT developed a generator that responds to these demands, with due regard for operator safety and for the cost to the hospital.

Erich Kollegger, CEO of IRE and IRE ELiT: “Our Germanium-68/Gallium-68 generator enables simplified and reliable usage while optimising costs for hospitals. Our goal is to offer innovative solutions to meet patients’ needs regarding cancer diagnosis and treatment.”

Michel Baijot, Board Director IRE ELiT: “We are proud to be able to offer to the market our Germanium-68/Gallium-68 generator, the result of our research, entirely developed and produced in Fleurus. This radiopharmaceutical product is destined for a great future. This acceptance will accelerate the growth of IRE ELiT on the main markets, based on partnerships for sales and marketing activities, such as the one already in place with Cardinal Health in the USA or those in place on the European markets. The goal is to have as wide access as possible for the benefit of patients.”

[1] RMS = Reference Member State
​[2] CMS = Concerned Member States

Technical information sheet

PDF 498 KB

Philippe Van Put

Head of Business Development , IRE ELiT

Martine Maelschalck

Whyte Corporate Affairs

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About IRE and IRE ELiT

About IRE

The Institute for Radioelements (IRE) is a public utility foundation primarily focused on producing radioisotopes for diagnostic and therapeutic applications in nuclear medicine. IRE is the global leader in Molybdenum-99 production, the parent isotope of metastable Technetium-99m, the most widely used isotope in nuclear medicine for various examinations (heart, bones, lungs, thyroid, brain, kidneys, etc.). Beyond its production activities, IRE contributes to environmental protection and monitoring through its IRE Lab division, offering services such as radioactivity measurement in various samples, radiological characterization of waste and contaminated materials, and consultancy and technical support in radiological and nuclear fields.

IRE ELiT, the innovation subsidiary founded in 2010, develops radiopharmaceuticals for cancer imaging and treatment. Together, IRE and IRE ELiT employ more than 270 people. More information: www.ire.eu

 

 

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