Biomaterials / Tissueengineering

UCL

Summary: 

UMONS

Summary: 

The University of Mons (UMONS) counts 5000 students and 600 researchers. UMONS is involved in various research programs and numerous partnerships with industries.

FUNDP

Summary: 

nanotechnology, biotechnology, physics and chemistry of surfaces, information systems database engineering

Synovo

Summary: 

Synovo GmbH is a pharmaceutical discovery services company providing services in medicinal chemistry, pharmacology, cell engineering, peptide modification.

X-ray diffraction facility

Summary: 

The X-ray diffraction facility applies X-ray diffraction methods for identification and analysis of structures of compounds and materials in the solid state.

MiPlaza

Summary: 

MiPlaza (Microsystems Plaza), a division of Philips Research, offers a wide range of leading edge research services, expertise and technological infrastructure.

HemoLab

Summary: 

HemoLab is an independent R&D company specialized in medical engineering, technology development and product evaluation with specific focus on research on and testing of medical devices, diagno

Institute of Cell Biology

Summary: 

The activity areas of the Institute of Cell Biology and Immunology are basic research in Immunology, Cell culture technology, Molecular Biology and Systems Biology.

Philips Applied Technologies

Summary: 

Philips Applied Technologies (Apptech) is a pragmatic innovation services organization that supports the development of products, applications and technical solutions.

University of Reading

Summary: 

 Substantial world class research expertise in the areas of:

University Stuttgart

Summary: 

The University of Stuttgart is a research-intensive university with an interdisciplinary profile and a particular focus on the natural and engineering sciences.

University Hospital Tübingen

Summary: 

The University Hospital of Tübingen has established itself as a leading centre of German university medicine.

DTU Danchip

Summary: 

DTU Danchip is the Danish national center for micro- and nanofabrication. We operate and maintain state-of-the-art processing equipment within our 1350 m2 cleanroom facilities.

NMI

Summary: 

The NMI conducts cutting-edge applied research and development at the interface of the life sciences and materials sicences.

Hohenstein Institutes

Summary: 

The Institute for Hygiene and Biotechnology is an independent testing and applied research center which offers hygienic and biotechnological testing and R&D solutions in the field of health wit

University of Oxford

Summary: 

Substantial world class research facilities:

University of Kent

Summary: 

The University has excellent research facilities within the Faculty of Sciences, centred around our Schools of Biosciences, Computing, Engineering & Digital Arts, Mathematics, Pharmacy, and Phy

University of Brighton

Summary: 

Substantial world class research facilities in:  

University of Surrey

Summary: 

The university has an excellent track record on integrating health and life-science disciplines with other research areas.

Sirris

Summary: 

Materials Engineering : Optimising the combination of materials, design, process. Production Technology : Improving production processes, introducing breakthrough technologies.

CERM

Summary: 

The CERM is a laboratory devoted to the preparation and the characterization of macromolecules and polymer materials with a special attention paid to their implementation in the frame of a wide ran

CEIB

Summary: 

The mission of CEIB is to promote a PLURIDISCIPLINARY and INTEGRATED research activity from the first draft leading to the design of a biomaterial to its final industrial application.

Transgenic Mouse Facility

Summary: 

We help researchers at all levels to generate mice with targeted gene alterations, to re-derive mice, to freeze and thaw mouse embryos, and to work on the development of new transgenic techniques.<

ITV - Biomedical Engineering

Summary: 

The Institute of Textile Technology and Process Engineering (ITV) Denkendorf deals with research projects along the whole textile process chain from raw material to product.

Fraunhofer IGB

Summary: 

The Fraunhofer IGB develops and optimizes processes and products in the fields of medicine, pharmacy, chemistry, the environment and energy.