Holmium microspheres for image-guided cancer treatment

UMC Utrecht and Quirem Medical to collaborate on the development

Over the next few years, the University Medical Center (UMC) Utrecht and Quirem Medical will be working closely together to maximize the benefits of using holmium microspheres to treat liver cancer patients worldwide.

Accumulation of holmium in the liver before andafter treatment
Source: UMC...
Accumulation of holmium in the liver before andafter treatment
Source: UMC Utrecht
Accumulation of holmium in the liver before andafter treatment
Source: UMC...
Accumulation of holmium in the liver before andafter treatment
Source: UMC Utrecht

The unique properties of holmium microspheres will enable effective treatment planning, dosimetry en treatment evaluation, thereby further improving the results of patients who undergo radioembolization.

The collaboration will cover ongoing and future clinical research, grant applications, the production of holmium microspheres and the application for CE marking. Financial details of the deal were not disclosed.

Image-guided radioembolization of liver tumors
Holmium microspheres are unique in that they can easily be seen on either a SPECT or an MRI scan, allowing the doctor to establish whether the microspheres are doing their work in the right place in the body. There are two stages to a treatment using holmium microspheres. Administering a safe low dosage first, the doctor ascertains whether the radioactivity is accumulating properly in the liver. If it is, a higher dosage is administered. Holmium treatment is currently only applied in a palliative care setting

Clinical research
The results of a phase I clinical study (HEPAR I) were published in Lancet Oncology in 2012. As part of that study, UMC Utrecht researchers treated 15 patients and found that the treatment was safe. A clinical study (the HEPAR II study) one the effectiveness and to collect further support for the safety of the treatment is currently ongoing. This study will see 40 new patients being treated at UMC Utrecht.

Prof. Maurice van den Bosch, an interventional radiologist at UMC Utrecht, says, “To transform academic research in medicine from new and exciting ideas into innovations that can make a real difference to how we treat patients requires the long and firm commitment of both public and private partners. In Quirem Medical we have found a strong and dedicated partner that will further expedite the use of our research efforts in the field of minimally invasive, image-guided cancer treatments.”

Jan Sigger, CEO of Quirem Medical, adds, “We are very pleased to have UMC Utrecht as our collaboration partner for the further development of the holmium radioembolization procedure. UMC Utrecht’s strong imaging and interventional capabilities are very much in line with the options that QuiremSpheres® can provide to improve the effectiveness of the radioembolization procedure and, as a result, patient outcome.”

Founded in 2013 as a UMC Utrecht spin-off, Quirem Medical is an emerging medical device company that seeks to develop the next generation of microspheres for the targeted interventional treatment of liver malignancies. The unique properties of its holmium-based particles (QuiremSpheres™) make radioembolization treatments more effective. Whether using SPECT or MRI, the imaging and dose quantification options that the particles provide ensure optimally accurate treatment planning and evaluation. Quirem’s ambition is to provide a real-time, image-guided, personalized radioembolization treatment that improves patient outcome and increases the use of this innovative technology.
 

24.04.2014

Read all latest stories

Related articles

Photo

The German Consortium for Translational Cancer Research (DKTK)

A dynamic new consortium was launched in October during the recent Innovation in Oncology event organised by the German Cancer Research Centre (DKFZ) with Heidelberg University Hospital.

Photo

"Alliance for Precision Health”

Missouri University partners up with Siemens

Siemens Healthineers, University of Missouri System (UM System) and University of Missouri Health Care (MU Health Care) launch "Alliance for Precision Health.” The ten-year collaboration will…

Photo

Oncology imaging

‘Digistain’ technology offers revolution in detailed cancer diagnosis

A new imaging technology to grade tumour biopsies has been developed by a team of scientists led by the Department of Physics and the Department of Surgery and Cancer at Imperial College London.…

Related products

Block Imaging

Surgical II-C-Arms

Block Imaging

Block Imaging
Canon – Alphenix Core

Single Plane

Canon – Alphenix Core

Canon Medical Systems Europe B.V.
Canon – Alphenix Core+

Single Plane

Canon – Alphenix Core+

Canon Medical Systems Europe B.V.
Canon – Alphenix Core+

Single Plane

Canon – Alphenix Core+

Canon Medical Systems Europe B.V.
Canon – Alphenix Hybrid

Single Plane

Canon – Alphenix Hybrid

Canon Medical Systems Europe B.V.
Canon – Alphenix Hybrid+

Single Plane

Canon – Alphenix Hybrid+

Canon Medical Systems Europe B.V.