DSM and the Maastricht University Medical Center+ (the Maastricht academic
hospital and the Faculty of Health, Medicine and Life Sciences of Maastricht
University) today announce the successful completion of the three projects
initiated as part of the Bioterials collaboration started in 2005. The
projects have more than exceeded expectations, yielding successful preclinical
study results while enabling three young PhD students to complete their
studies. The aim of the collaboration was to strengthen the biomedical
activities in Limburg, the focus being on development of new cardiovascular
therapies based on biomedical materials.
Biomedical materials are foreign materials introduced into the body for repair
and support of bodily functions. The first Bioterials project focused on
development of an innovative degradable implant for controlled release of a
medicine to control the cardiac rhythm of patients directly after surgery.
Initial preclinical studies have meanwhile yielded positive results. It is
expected that a few more years of research are needed before such a product
can be marketed.
Project leader Prof. Dr. Leo Koole: “In the coming years the emphasis will
mainly be on development of a patch that not only gradually releases the
medicine to the heart but that also dissolves as it were upon therapy
completion, thus avoiding long-term complications. Clinical application of
this product will at least take another five years.”
The second project involved development work on the controlled release of a
medicine that locally stimulates the formation of new arteries and blood
vessels. This is of particular importance to diabetes patients, who often
suffer from poor circulation in their limbs. The new concept showed initial
positive results in early clinical trials. Further development of the project
will take place within a newly formed partnership under the Biomedical
Materials program (BMM), a Netherlands-based public-private collaboration
program focusing on research and development in the field of biomedical
materials.
The third project was aimed at developing new materials that, in contact with
blood, reduce complications like coagulation and infection. There is a great
need for such materials, especially when blood is in prolonged contact with
medical devices made of materials that are foreign to the body. Marc Hendriks,
R&D Director DSM Biomedical: “This program has yielded positive results and
the developments fit in so well with the scope of DSM’s biomedical activities
that product development will be continued by DSM.”
Besides the concrete project results the joint focus on the development of
biomedical materials has also contributed to the setting up of the
above-mentioned Biomedical Materials program. With a budget of €90 million,
this research program will further reinforce the leading position of The
Netherlands in biomedical materials in the coming years. DSM has meanwhile
designated biomedical materials as one of the spearheads of its long-term
innovation policy, aiming to generate € 100 million in sales in this market by
2012.
The successful collaboration paves the way for new public-private projects
strengthening the Limburg knowledge economy. “The Bioterials Project has
clearly advanced us as scientists. Maastricht UMC+ is among the global leaders
in its field, as is consistently demonstrated at major international
conferences and in major trade journals”, says project leader professor Leo
Koole. “We can surely be a bit proud of that. Our field is also responsible
for a unique collaboration with nearby universities, in particular RWTH Aachen
in Germany and Université de Liège in Belgium. Through contacts with our
colleagues in the Euregion we are constantly enhancing scientific synergy
while we are also increasingly successful in securing grants for such
collaborations. Now we need to address the business side of our research, for
many of our results are suitable for translation into commercial products. We
are expecting much from new initiatives at Chemelot and from the Technological
Top Region ambitions.”