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DASIM<br />
Diagnostic Applications of Synchrotron<br />
Infrared Microspectroscopy<br />
Summary<br />
DASIM is a Specifi c Support Action to coordinate research<br />
eff ort of all Europe’s synchrotron light sources in the fi eld of<br />
infrared microspectroscopy of pathological samples as an<br />
aid to clinical diagnosis.<br />
Problem<br />
Diagnosis of disease is the basis for all clinical medicine. The<br />
primary requirement is reliability of diagnosis in order to<br />
ensure that therapies are appropriate and successful. However,<br />
the modern requirements of clinicians from diagnostic<br />
services go beyond a simple ‘yes’ or ‘no’ to the presence of<br />
a particular indication. Successful therapy requires information<br />
on disease subtype classifi cation, assessment of the<br />
disease stage and extent such as the grading of tumours, as<br />
well as the monitoring of disease progress and therapeutic<br />
success. The speed of pathological analysis can also be<br />
amongst the requirements arising as a result of a time-limited<br />
therapeutic window beyond which therapy may be less or<br />
no longer eff ective. Such constraints are particularly apparent<br />
in the treatment of cancer and infectious diseases.<br />
Post-mortem diagnosis is also an aspect to be included,<br />
since there remain some diseases that can only be unequivocally<br />
diagnosed post mortem, and in these cases the<br />
retrospective diagnosis plays a central role in improving<br />
therapies through the accumulation of clinical experience.<br />
Aim<br />
In the last ten years there has been considerable progress in<br />
the application of infrared microspectroscopy to the analysis<br />
of human tissues in the context of disease diagnosis, and<br />
it has been convincingly demonstrated in many studies that<br />
infrared spectroscopy has the potential to contribute signifi -<br />
cantly to this fi eld. The aim of DASIM is to coordinate this<br />
research eff ort by networking the existing centres of excellence<br />
across Europe, by providing a forum for the necessary<br />
multidisciplinary exchange of expertise between clinicians,<br />
spectroscopists, biologists and physicists on the European<br />
scale, and by facilitating access to synchrotron facilities for<br />
scientists and clinicians in countries that do not have their<br />
own synchrotron facility.<br />
118<br />
Keywords | Clinical diagnosis | cancer | infrared spectroscopy | infrared microscopy |<br />
infrared imaging | synchrotron radiation |<br />
Expected results<br />
• Signifi cant acceleration of the rate of progress in the<br />
fi eld by coordinating the research eff ort.<br />
• Dissemination of knowledge through meetings, courses,<br />
website and publications, informing clinicians in particular.<br />
• Reliable assessment of the potential of this technique as<br />
a guide for future EU science funding policy.<br />
Potential applications<br />
Clinical diagnosis, particularly typing, staging and grading<br />
of tumours.<br />
Coordinator<br />
David Moss<br />
Forschungszentrum Karlsruhe<br />
Karlsruhe, Germany<br />
david.moss@anka.fzk.de<br />
Partners<br />
Representing a consortium of more than<br />
70 scientists and clinicians from 10 European<br />
countries (Italy, France, Germany, Sweden, UK,<br />
Ireland, Greece, Poland, Switzerland, Norway).<br />
Augusto Marcelli<br />
INFN – LNF<br />
Frascati, Italy<br />
Project number<br />
LSSB-CT-2005-005326<br />
EC contribution<br />
€ 280 000<br />
Duration<br />
36 months<br />
Starting date<br />
01/07/2005<br />
Instrument<br />
SSA<br />
Project website<br />
www.dasim.com<br />
Ganesh Sockalingum<br />
Université de Reims<br />
Reims, France<br />
Marco Colombatti<br />
Università di Verona<br />
Verona, Italy<br />
Fiona Lyng<br />
Dublin Institute of Technology<br />
Dublin, Ireland<br />
Sheila Fisher<br />
University of Leeds<br />
Leeds, United Kingdom<br />
CANCER RESEARCH PROJECTS FUNDED UNDER THE SIXTH FRAMEWORK PROGRAMME