Ron Heeren published in Maastricht University Magazine

Ron Heeren has recently transferred to Maastricht together with his research group. This article describes his involvement in prior research programs and his recently attained position as head of the Maastricht MultiModal Molecular Imaging Institute (M4I).

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Prof. Ron Heeren transfers to Maastricht

Scientific advisor of Amsterdam Scientific Instruments and co-founder of Omics2Image starts a new institute for molecular imaging together with UM.

Maastricht University (UM) has once again attracted a top research group. The transfer of Prof. Ron M.A. Heeren (1965) from Amsterdam to Maastricht on 1 September 2014 signals the start of the creation of a new European institute for molecular imaging: M4I, or the Maastricht Multimodal Molecular Imaging institute. Heeren will be appointed as university professor and Limburg Chair in the field of molecular imaging with an inter-faculty research programme. He will also be co-director of M4I. Along with Heeren, about 20 researchers are making the move from Amsterdam to Maastricht. 

This is the first time that an entire FOM research group moves to UM. FOM stands for Fundamental Research on Matter. With his group in Amsterdam at the FOM Institute AMOLF, which is part of the Dutch Organization for Scientific Research (NWO), Heeren has been working successfully on innovative molecular imaging techniques, including the ‘mass microscope’. With the mass microscope, researchers are able to directly, quickly and with precision determine in a single experiment the location and identity of thousands of molecules on cells and tissue samples. This diagnostic information is critical for personalized medicine, which is the healthcare of the future. With proper molecular information, medication can be prescribed to better meet the individual needs of patients. The medications that will or will not be effective can be determined at an early stage. This improves quality of life and reduces the cost of healthcare.
This fundamental research is being further developed in Maastricht and informs clinical research, forensic research, research on cultural heritage and research on new smart biomaterials that are coming to light at the Chemelot Campus.

Through UM’s connection with this internationally renowned researcher, education and research in the field of advanced instrumentation in South Limburg will get a huge boost. Heeren and his group have been engaged within the NWO circuit in developing new imaging instrumentation based on mass spectrometry. The group will remain active as an FOM group in Maastricht and will be based at the Health Campus.

A key motivation for Heeren to make the move was the embedding of the institute in clinically orientated research at the MUMC +. The techniques developed by him and his group have also matured to a point where it is time to apply them in a clinical setting. The group was part of the Netherlands Proteomics Centre, and they take that knowledge and infrastructure with them to Maastricht to anchor and expand it within the ‘Kennis-As’ programme. ‘Kennis-As’ is a ten-year investment programme in which the university and other knowledge institutions, with the support of the Province of Limburg, invest in the knowledge economy on a large scale, including in the Maastricht Health Campus and the Chemelot Campus.

Maastricht offers excellent opportunities for Heeren to realise his vision for interdisciplinary research that transcends the boundaries of the faculty. “Research is no longer done on your own. Our research questions have become so complex that we must find the answers in collaboration. The close proximity to and accessibility of the new groups of Peter Peters and Clemens van Blitterswijk, but also to other established UM researchers, provides direct access to unique materials and techniques that we want to bring together within M4I. The growing high-value technological knowledge potential and scientific quality made the choice for Maastricht an easy one.”

Heeren successfully brings the technology he develops to the market, for example, with a company he launched called Omics2Image. “Valorisation is one of the main drivers of my research. It makes little sense to invest in technological development if society doesn’t also benefit from it. The majority of advanced instrumentation research is currently performed in close cooperation with industrial partners. We will continue to do that in Maastricht.”

With the arrival of Heeren and the investment in mass spectrometry imaging, UM is an international player to be reckoned with, according to Heeren: “I expect many researchers from all parts of the world to come to ‘Maastricht for Imaging’ (M4I). Nowhere in the world a higher concentration of imaging mass spectrometers and nanoscopy instruments is found as now on the Maastricht Health Campus.”

Earlier this year, UM welcomed professor of nanobiology Peter Peters and the research group of Prof. Clemens van Blitterswijk in the field of regenerative medicine. Like Heeren, Peters and Van Blitterswijk were appointed as ‘university professors’ at UM. These top scientists have a special position because of their scientific stature. They give innovative impulses to scientific developments that transcend traditional disciplines and play a profiling role in academic and social debates. They further contribute to previous initiatives that have to do with imaging such as Brains Unlimited, and expand Maastricht’s position as an international centre of excellence for human and molecular imaging.

The Province of Limburg has created the Limburg Chair for professors who form a connecting link for innovation developments within the ‘Kennis-As’ programme. Following Prof. Peters, Prof. Heeren will be the second scientist to occupy this Chair.

Twan Beurskens, regional minister of Economic Affairs (Province of Limburg): “With the recent investment in valorisation and infrastructure at the campuses, there is a positive image throughout the Netherlands of how Limburg is structurally working on its knowledge economy. The arrival of Prof. Heeren is a wonderful result of this image. I’m proud that Maastricht University knows how to attract top researchers like Heeren. The LINK institutes create scientific and economic value, and strengthen cooperation between the Maastricht Health Campus and the Chemelot Campus.”

Prof. Martin Paul, president of Maastricht University, sees the arrival of Peters, Van Blitterswijk and now Heeren as evidence that the ‘Kennis As’ programme works. We can now give these scientists a research environment and infrastructure that is pretty much unprecedented. These new research groups are of paramount importance for the growth and development of UM research. And the Limburg economy will benefit greatly.”

For the source, click here.

CERN supports new business incubation centre in The Netherlands

Geneva 26 June 2014. CERN1 along with Nikhef2, the Dutch National Institute for Subatomic Physics, announced the opening of a new Business Incubation Centre (BIC) hosted at the Amsterdam Science Park, where Nikhef is located. The centre will provide new technology transfer opportunities to bridge the gap between basic science and industry, supporting businesses and entrepreneurs in taking innovative technologies related to high energy physics from technical concept to market reality. The announcement was made on the occasion of a symposium in Amsterdam organized by Nikhef to mark CERN’s 60th anniversary and highlighting Dutch contributions to the advance of fundamental physics and related technologies.


CERN Director-General Rolf Heuer with Nikhef Director Frank Linde (Image: Hanne Nijhuis/Nikhef)

“It is particularly encouraging to see the Nikhef-CERN Business Incubation Centre established here, in the heart of one of Europe’s successful science parks,” said CERN Director General, Rolf Heuer. “Through schemes ranging from R&D partnerships to licences and consultancy, CERN is fully committed to streamlining the passage of technology from basic science to industry, and this development will surely help to make that happen.”

“Subatomic physics is a gold mine of innovation. Already Nikhef has spun out several companies that have CERN related technology inside, such as Amsterdam Scientific Instruments, Omics2Image, and Sensiflex, respectively developing photon detectors, mass spectrometry and alignment technology.” said Nikhef director Frank Linde. “The Nikhef-CERN Business Incubation Centre is an important contribution to the current mechanisms ensuring that innovations from fundamental science enter the market in as short a time as possible.”

The Business Incubation Centre will support the development and exploitation of innovative ideas in technical fields broadly related to CERN activities in high-energy physics such as, for example, detectors, cooling technology and high-performance computing. CERN will contribute with the transfer of technology and know-how through technical visits to CERN, support at the BIC and preferential-rate licensing of CERN intellectual property. Nikhef will provide office-space, expertise, business and fundraising support.

The collaboration between CERN and Nikhef builds on Nikhef’s incentive scheme to support entrepreneurship, and on the establishment of Amsterdam Venture Lab, an initiative of the University of Amsterdam and partners, located close to Nikhef, which provides facilities and support for early-stage research-based start-ups.


1. CERN, the European Organization for Nuclear Research, is the world’s leading laboratory for particle physics. It has its headquarters in Geneva. At present, its Member States are Austria, Belgium, Bulgaria, the Czech Republic, Denmark, Finland, France, Germany, Greece, Hungary, Israel, Italy, the Netherlands, Norway, Poland, Portugal, Slovakia, Spain, Sweden, Switzerland and the United Kingdom. Romania is a Candidate for Accession. Serbia is an Associate Member in the pre-stage to Membership. India, Japan, the Russian Federation, the United States of America, Turkey, the European Commission and UNESCO have Observer Status.

2. Nikhef is a partnership between the Foundation for Fundamental Research on Matter (FOM) and four universities: Radboud University NijmegenUniversity of AmsterdamUtrecht University and VU University Amsterdam. FOM is part of the Netherlands Organisation for Scientific Research (NWO). Nikhef is located at Amsterdam Science Park.

For source, click here.

MIT eTeams shows effective acceleration for international startups in Boston


In May, ASI participated in the  MIT eTeams international acceleration program in Cambridge. Jos Scheffelaar, chief executive and co-founder of the Launch in US Alliance and EuroUS Accelerator and MIT eTeams organizing committee member, wrote a beautiful report in the BetaBoston that shows what makes this one of the few effective international accelerator programs in Boston.

Read it here!


ASI spots Rutte and Merkel at Hannover Messe

This sunday, the opening ceremony of the Hannover Messe was attended by The Dutch Prime Minister Mark Rutte and the German Chancellor Angela Merkel. The Hannover Messe is the largest industry trade fair of the world, at which Holland is represented by 270 companies and educational institutions. Amsterdam Scientific Instruments is also attending the Hannover Messe this year and spotted Rutte and Merkel while they were visiting the Holland High Tech Stand.


This year, the Netherlands and Germany are hosting the event together. Prime Minister Rutte held a speech in German. “It is wrong to only associate The Netherlands with tulips and cheese”, he said.

Rutte sees the Hannover Messe as a great opportunity to show the world that Holland is a country of “inventors, creative minds and resourceful engineers.” In his speech, he also praised the close cooperation between German and Dutch innovative companies like Philips and ASML.