| Consortium - June 17, 2006 |
|
Consortium
Consortium
  |
|
| Contribution: |
MILIOR, a major Textile producer, is the PROJECT
COORDINATOR as well as the manufacturer of the “sensorised”
garments |
| Contact: |
Rita Paradiso
via Pistoiese,755 D
59100 Prato - Italy
Roberto Orselli: orselli@smartex.it
Nicola Taccini: taccini@smartex.it
Maria Pacelli: m.pacelli@smartex.it
c/o Polo Tecnologico e Scientifico di Navacchio
Via Giuntini, 13L
56023 Navacchio (PI)
Italy
Phone: +39 050 754350
Fax: +39 050 754351
|
| Profile: |
Milior of Prato, Italy, (www.milior.it) is a
leading textile manufacturing industry of Prato with an long history (the
present President belongs to the fifth generation), an annual financial
turnover over 70 Million of Euro, employing 150 people with a core of 8
highly qualified technicians, whose think-tank role in the textile
industry is recognized worldwide. Major market for MILIOR is the
medium-high fashion business, in particular for sport and tech garments.
5% of ML annual turnover is invested in the development of new product
lines.
MILIOR has been one of the first Italian companies invited to present its
products to Premiere Vision. In 1970 the company has developed elasticised
fabrics that were a success on the international market. In the last
period, from 1998, the company is exploring new products like fabrics
containing stainless steel threads for fashion and high-tech applications.
Milior SpA, together with other four companies (Virginia-Antea Gestioni
Spa, Gabbiano Spa, Lineapiu Spa and Ermenegildo Zegna Spa) fund the
research activities through SMARTEX which is a limited liability company
founded in 1999 with the aim to develop research activities in the textile
field. Smartex was created to answer the need of innovation and
hi-technology transfer processes toward the textile world.
SMARTEX (www.smartex.it) is working in the field of smart fabrics with
the objective of producing an optimised substrate suitable for the
realisation of truly wearable, instrumented garments capable of monitoring
and recording the surface signals of the contacting body.
back to top 
|
|
|
|
|
| Contribution: |
ATKOSoft, a software technology company, will develop the monitoring system. |
| Contact: |
Theodoros Vavouras
15, Aitolias Street,
Athens 15231,
GREECE.
Tel: (30) 210 6772500,
Fax: (30) 210 6772501,
eMail: tvav@atkosoft.com
http://www.atkosoft.com
|
| Profile: |
History
ATKOSoft was formed in 1993. ATKOSoft’s
shareholders and staff come from the R&D and Management departments of
a well-known Greek Company, ATKO SA, active in Informatics since 1983. Its
main aim was to capitalize on the know-how of its members and staff in
leading edge Information Technologies, software tools and development
skills, focusing mainly in the European and International markets. This
was ambitious, but proved to be very successful, as today more than 80% of
the company's revenues come from International clients and activities
Personnel
All ATKOSoft employees hold University Degrees (B.Sc., M.Sc or Ph.D.) in their respective fields.
Activities
ATKOSoft is a Software/Technology Solutions Provider, active in:
Development of integrated software solutions in the fields of:
Healthcare Services Management /Telemedicine/Home Care, with the amedLine Integrated Suite of Software
Applications for Healthcare Services Management, amedLineNET Integrated Suite of Software Applications for Health Networks Management and Frontis Integrated Suite of Software Applications for Home Care Services
Management.
Clients of amedLine and Frontis suites and modules include Greek Private and Public Hospitals/Clinics, as well as
Public and Private HealthCare Organizations, Hospitals, Clinics etc in European countries.
Statistical Software. ATKOSoft's on-going collaboration with Eurostat, the European Union's Statistical Organization, resulted in the development of sophisticated Statistical Software applications and tools, used by Statistical services and organizations of European countries, Multinational companies etc.
Internet/e-Commerce Applications, focusing in large Database handling and management, as well as in complementary internet applications for its Medical and Statistical products.
Participation in International Consortia, including Public and Private organizations from many European Countries, that focus on the Research and Development of leading edge Software solutions, using the latest technology in Software development and telecommunications. ATKOSoft is the main Technology provider and Software developer in all projects, and the Leader/Prime Contractor in most of them.
Development of Custom Software Solutions for clients in the Private and Public sector, both in Greece and abroad. Clients in this area include Greek Public sector and state-owned companies, private companies in Greece, and departments of the European Commission.
Consulting in IT/European Projects Management & Administration
back to top 
|
|
|
| Contribution: |
CRSSA is specialized on the monitoring of extreme conditions and stress conditions, with both psychological
and physiological points of view. |
| Contact: |
L. Bourdon
lionel.bourdon@libertysurf.fr
Tel. 0033 476636975
|
| Profile: |
Centre des Recherches du Service de Sante des Armees
« Elime Parde »
Departement des facteurs humains
The Human factor department of the Research Institute of the Health Military Service (CRSSA/FH)
is involved in the key research programs of the French Defence ministry dealing with the human
protection against operational hazards : environmental factors (temperature, altitude), extreme
exercise, noise and sound blast, biological and physiological stress, rhythm breakdown, sleep loss
and provides an helpful support to the N.B.C. medical research programs conducted in the three
other research departments of the institute. Most of researches carried out in CRSSA/FH are granted by the “Delegation Generale pour
l’Armement” of the Defence Ministry according to three major programs:
1) Soldier of the future
2) Operational stress in overseas operations
3) Operational medicine
However, CRSSA/FH is also involved in public national research programs coordinated by:
I.N.S.E.R.M.1 , I.F.R.T.P.2 , A.F.M.3 and others, directly or through scientific collaborations with
public laboratories. Grants from D.G.A. and other organisms and institutional budget for research
was above 300 K€ in 2001.
CRSSA/FH is headed by a general officer (M.D., Ph.D.); and about 35 permanent peoples: medical
officers, scientists, engineers, technicians and logistic staff, and more then 10 Ph.D. students are
working at CRSSA/FH. In 2001, the former 4 research units were replaced by seven “poles of
competence” to facilitate its functioning: thermophysiology, exercise physiology, biomechanic and
muscle function, noise and sound blast, sensorial psychophysiology, psychological stress and
neurobiology of stress, each being headed by a medical officer (or veterinarian).
Main facilities of CRSSA/FH are:
- 4 climatic chambers (hot, cold and altitude) for both human and animal studies,
- 1 fully equipped human exercise laboratory
- 1 animal laboratory for noise-induced hearing loss study
- 1 motion-sickness laboratory
Scientific production of CRSSA/FH in 2001 was more than 25 papers in international scientific
Journals, 50 presentations in International Conferences and 10 internal reports.
The pole of competence of “neurophysiology of stress” (FH/NPS) was created in 2001 to better
take into account the interest of the military staffs in the biological effects of stress.
Three medical-officers (M.D., Ph.D.), one neuroscientist (Ph.D.), four technicians, four Ph.D.
students (two neuroscientists, one physiologist and one engineer) and two master students are
working in FH/NPS on three major connected themes:
1) Neuronal basis of stress in extreme environment, directed by Dr F. Canini (M.D., Ph.D.),
2) Stress and vigilance, directed by F. Chapotot (Ph.D.)
3) Physiological assessment of stress directed by Dr L. Bourdon (M.D., Ph.D.).
Main collaborations are:
- International, with the Defence and Civil Institute of Environmental Medicine (Dr I. Jacobs,
P. Shek, T. McLellan, J. Frim);
- National, with INSERM U480 (Lyon Dr R. Cespuglio), Institute of tropical neurology
(Limoges, Pr Dumas), University of Grenoble : TIM-C (Prs G. Benchetrit and P. Baconnier),
INSA Lyon (Dr A. Dittmar) and the University hospital (Pr B. Bonaz);
- institutional with the french military hospitals (Lyon, Marseille, Paris, Metz) and the fire
brigade of Paris.
back to top 
|
 |
|
| Contribution: |
CSEM, Centre Suisse d’Electronique et de Microtechnique SA, an industrial research centre, who will provide their know-how in signal conditioning and processing, telemetry, and
miniaturisation.
The involvement of the Swiss partner, CSEM, is crucial to the project: they are experts in hardware and software protocol design and system integration, with standard or custom ICs, both for short range wireless and data communication systems than large scale telecommunication systems. |
| Contact: |
Contact:
Georges Kotrotsios
CSEM SA
Centre Suisse d'Electronique et de Microtechnique
Jaquet-Droz 1
2007 Neuchatel
Switzerland
Tel. +41 32 7205 111
Fax +41 32 7205 700
http://www.csem.ch
|
| Profile: |
CSEM is a private Swiss company supported partly by the Swiss Government, with a staff of 280 people
engaged in applied research and development
(http://www.csem.ch). CSEM specializes in low power design and realization of micro- and miniaturized systems (HW and SW), telecommunication, microelectronics,
integrated sensors and actuators. In the field of telecommunications, CSEM is active in 3G mobile systems,
broadband wireless networks, SATCOM and the development of wireless solutions tailored to customer
requirements. In biomedical, CSEM is active in ambulatory monitoring, at both research and application levels.
CSEM developed an ambulatory telemetry system for space applications including acquisition, conditioning,
monitoring and local communication in harsh environment. It developed a commercial telealarm and monitoring
system for the care of elderly people at home, including a fall detector. CSEM is active in many European,
space and industrial projects in the field of medical telemonitoring and people safety.
back to top 
|
 |
|
| Contribution: |
Institut National des Sciences Appliquees de Lyon (INSA) will bring its well-established knowledge in the area of microsensors and microsistems for living being characterization and secondly it has a continuing existing relationship with the Centro
Piaggio. |
| Contact: |
A. Dittmar
dittmar@univ-lyon1.fr
Tel. 0033 472438986
|
| Profile: |
Institut National des Sciences Appliquees de Lyon
The INSA de Lyon is:
- A State-run higher education institution overseen by the Ministry of Education, Research and
Technology
- An institute of technology on a European scale:
• a 5-year course after A'-levels,
• 3,914 students,
• 814 graduates per year in 10 different specialised fields,
• 53 % of students in each year spend a significant length of time abroad,
Particular attention is paid to the students' personal development: flourishing student associations,
sporting and specialised cultural activities (Science and Sports Section, Science and Arts Section),
courses in communication and humanities.
- An active centre for scientific research:
• 690 postgraduate students,
• 31 research laboratories of which 13 are partners of the major research organism
(INRA - the National Institute for Agronomic Research, INSERM - the National Institute for Health
and Medical Research, CNRS - the National Centre for Scientific Research),
• 24 nationally accredited PhD programs.
INSA-Lyon is also part of:
• The nationwide network of 4 schools (Lyon, Rennes, Rouen, Toulouse). Each
year, nearly 10% of entry-level engineers are INSA graduates
• the Lyon area University Pole, which brings together higher education institutions governed by the Ministry of Education, Research and Technology
The Laboratoire de Physique de la Matiere (LPM) is part of Institut National des Sciences
Appliquees de Lyon associated with CNRS (Unite Mixte de recherche 5511). It is currently headed
by Gerard GUILLOT. It is affiliated with Departement des Sciences pour l'Ingenieur
(SPI) from CNRS.
The permanent staff reaches about 40 people, among them CNRS researchers, professors,
assistant professors, engineers and administrative staff. About 35 Ph. D. students also study at
LPM. Since a few years research topics tend to be pluridisciplinar. The scientific multicultural
groups working at the lab have common goals: to develop innovating materials for electronics, to
understand of their physical properties, to master new technological processes and lastly to
concept, modelize and characterize new devices in the fields of microelectronics,
optoelctronics, photovoltaics and microsystems.
Since 1993, the lab's scientific activity can be regrouped within 4 main directions:
•Silicon microelectronics devices and characterization
•Microoptoelectronics and heterostructures
•Microtechnologies and microsensors
•Photovoltaics
The Microsensors and Microsystems Biomedical (M.M.B.) Research Department is a part of LPM
Laboratory, the MMB team set up in France in 1970 at the faculty of Medicine in Lyon, in the CNRS
laboratory of thermal regulation The research activity was focused on micro and non invasive
sensors for the study thermal parameters, microcirculation, artificial thermal regulation, sensors to
monitor the activity of nervous system, study of vigilance. The multidisciplinary approach of the
team was based on the natural cooperation and potentiality of University and Hospital. In 1996 the
MMB team joined the LPM laboratory of the INSA de Lyon.
Special competence of MMB for WEALTHY project:
Micro sensors, non invasive sensors, thermal measurement of human body, micro-technologies,
micro-optics, Microsystems, biomedical sensors.
back to top 
|
 |
|
| Contribution: |
Messe Frankfurt - Avantex will guarantee a perfect dissemination of the results of WEALTHY by combining
various marketing and communication tools in a well-balanced way. Avantex is incorporating a process
character and offers a variety of dissemination opportunities.
1. Press, PR and Marketing/sales activities
Since we are planning world wide sales presentations and press conferences with special emphasis on Europe
for the respective Avantex events, we are able to communicate and promote the results in the framework of our informations kits , in the respective speeches and in numerous personal dialogues with key partners from the entire textile value chain and related interdisciplinary areas. In detail we may ensure the dissemination via press releases, respective information in our Avantex news that will be published three times a year and via specific information on our web site Avantex that enjoyed a significant increase of access during the last year.
Further dissemination platforms are the working cycles especially the one related to healthcare clothing and new functional clothing for the elderly that had been initiated in Frankfurt this year. We are elaborating a totally new concept in view of a Europe-wide international working group community that will considerably enlarge the dissemination angle.
Another activity in the recent future will be a study of the health-care industry. The aim of this study will be both to provide a general survey of the international market situation in the area of health and disease- management and health-care textiles and to identify potentially profitable areas of application (short, medium and long term). This market survey goes along with the initiative of Messe Frankfurt Avantex to build up a Europe wide information and communication platform for high-tech health-care garments.
Since Avantex has a certain monopoly on concentrating and collecting know-how and knowledge in the
multifarious areas of high-technology application Dr. Hofmann keeps on giving lectures at various places in Europe. This is another perfect opportunity to talk about the results of WEALTHY. Moreover we are invited to write essays for publications - still another fine opportunity to report on the results.
2. Avantex events – Symposium and innovation fair
The Avantex event for the moment every two years combining an international symposium with a high-quality innovation fair is an ideal platform to reveal new ideas, developments and processes in the area of
high-technology. With 2.700 participants in the symposium as well as professional trade visitors to the innovation fair from more than 40 countries we reach a high potential of the innovation community in Europe. The results of WEALTHY may be illustrated in various ways – lecture in the Avantex symposium and product display in the future area of the innovation fair.
3. Presentations at the point of sale throughout Europe
Avantex is trying to build up a Europe-wide network to promote new high-tech clothing in selected retailer outlets throughout the major European metropoles. The first cooperation has been finalized with Karstadt Warenhaus AG – the leading retailer in Europe. In ten of the most important outlets starting in the flagship store in Berlin – KADEWE - we will show innovative garments of Avantex clients to the end consumer. The time schedule foresees August/September 2003 as starting period.
|
| Contact: |
Michael Jaenecke, Director Techtextil and Avantex
michael.jaenecke@messefrankfurt.com
Tel: + 49.69. 75 75 67 10
Fax: + 49.69. 75 75 65 41
|
| Profile: |
Every two year, Messe Frankfurt GmbH organises Avantex, an International Forum for Garment Textiles and Technologies of the Future in the form of a symposium with an accompanying innovation exhibition. Avantex (www.avantex.de) is a spin-off brand with a totally new and innovative concept in the framework of Messe Frankfurt’s worldwide textile events.
Messe Frankfurt GmbH holds 82 trade fairs for the consumer goods, textile, automobile and technology and communication and leisure sectors throughout the world. 15 of the world’s leading international trade fairs take place in Frankfurt.
Concerning the textile sector , Messe Frankfurt GmbH has a particularly strong profile and extensive
experience. With 25 events a year, Messe Frankfurt GmbH is the leading textile trade fair organiser
world-wide. Per cycle, more than 6 000 exhibitors and nearly 117 000 trade visitors attend the trade fairs covering all three textile markets sectors: apparel fabrics, home/interior textiles and technical textiles. The most outstanding textile fair brand names are Heimtextil (www.heimtextil.de), Interstoff (www.interstoff.de), Techtextil (www.techtextil.de).
With the ‚Avantex – International Innovation Forum and Symposium for High-tech Apparel Textiles‘, launched in Frankfurt in November 2000, Messe Frankfurt took a clear step in the direction of securing the future together with the innovators in this sector. The event was inaugurated by the EU-commissioner Erkki Liikanen and the European Commission is still according its patronage in 2002.
Avantex is the world’s first international innovation platform for the whole textile process chain from research to the trade via the end consumer. Avantex is practising consumer-orientated innovation management in close partnership with its customers. It is a platform, for both the launching of new products and the presentation of products recently marketed in the textile and health-care sector. It sees itself as a sensor, navigator and motor for the textile business of the future. The complementary nature of the event consisting of a user-orientated symposium and an accompanying innovation fair offers the unique chance of developing concrete business ideas together with industrial partners in addition to the exciting networking possibilities. An event on the subject of innovation must also lead to new forms of presentation. This was shown by the fact that at the first event quite a lot of exhibitors did come with their partners in joint ventures, or with users from earlier or later production stages – already as a sort of network. The very new approach of Avantex is that it brings together specialists from different areas like the medical field, micro- and nanosystem technology, IT sector, electronics, chemical industry and the textile sector. Avantex is intended to publicise the new technical possibilities for functionalising clothing and to accelerate the process towards commercialisation. The motto is interdisciplinary exchange of knowledge and future management. The Avantex is the ideal platform for the dissemination of the results of the project.
back to top 
|
 |
|
| Contribution: |
Two pilots will be built and validated, one in Italy at Hospital San Rafael (HSR) in Milano, and the other in France at the Centre des Recherches du Service de Sante des Armees (CRRSA) in Grenoble:
HSR is a well-known hospital with excellent track records in leading-edge research.
|
| Contact: |
Elsa Fortuna
elsa.fortuna@hsr.it
|
| Profile: |
The San Raffaele Institute was established in 1971 and represented one of the first examples of a fully independent private hospital in Italy. Shortly thereafter, the San Raffaele became a sponsoring establishment of the State University of Milan Medical School, and was granted the status of IRCCS, making the hospital a site for clinical research of national interest. As such, the Institute was originally specialized in diabetes and metabolic disorders. In 1992 the San Raffaele expanded further by creating the DIBIT (Department of Biological and Technological Research), a basic science institute with a dedicated research space of about 12,000 square meters, which nowadays employs 270 people, including scientists, technicians and administrative personnel, along with more than 100 fellows, trainees and graduate students. DIBIT is part of the largest biomedical science park in Italy, which includes the San Raffaele Hospital with 1036 beds, the Science Park Raf created to support the Foundation's development objectives, and the University. The University Vita-Salute San Raffaele started its operations in 1996 with a degree course in Psychology, followed by the new faculty of Medicine and Surgery in 1998. The teaching activities also include an international Ph.D. program in Cellular and Molecular Biology, co-sponsored by the Open University of London and the Vita-Salute university San Raffaele.
Much effort and many resources have been invested in basic preclinical and clinical research (link ricerca corrente e finalizzata, progetti strategici). The Institute's scientific production experienced quite an impressive progress as regards both the number of publications and the overall quality. In 2000, 506 scientific papers were published, with a total impact factor of 2872. These figures confirm the Institute's leading position in the country and contributed to a significant increase in the extramural financial support, provided by various public and private sources. In 2000, the San Raffaele Institute has invested in research a budget of ITL 50 billions. Italian public sources (Ministry of Health, Superior Institute of Health, Ministry of Education, University and Research, and CNR), and the European Community funded roughly 50% of such amount. The remaining 50% is funded by grants provided by private charities, including Telethon and the Italian Association for Cancer Research (AIRC). Telethon has funded two research centers at San Raffaele: the San Raffaele-Telethon Institute for Gene Therapy of Genetic Disease (HSR-TIGET) which is pioneering the clinical application of gene transfer technology and the Stem Cell Research Institute (SCRI), which studies the biology and the potential clinical applications of stem cells.
Diabetes and metabolic disorders and biomedical technologies have been the historical areas of the San Raffaele's scientific leadership. In the last years biomedical technologies have undergone an impressive development and diversification, opening the doors to a rapid evolution of clinical medicine: into "molecular medicine". The complete sequencing of the human genome has radically modified the scientific scenario. In the years to come, researchers' efforts will be dedicated to the elucidation of the mechanisms of regulation and expression of genes and the functional characterization of their products, the identification of pre-symptomatic diagnostic tools and the design of appropriated therapeutical approaches. The Scientific Institute San Raffaele claims the merit of having interpreted from the beginning this novel approach to medicine, in which basic and clinical researchers and physicians operate side by side, with the goal of improving the translation of basic research into medical practice. The need to combine basic and clinical research has prompted the reorganization of the Institute in Biomedical Departments, which include research programs of strategic institutional interest.
back to top 
|
 |
|
| Contribution: |
Universita di Pisa, “Centro E. Piaggio” and Dipartimento di Fisiologia e Biochimica
will provide their skills in sensor technology, in bio-engineering, in the areas of communication systems, and in the field of Integrative and Cognitive Neuroscience,
|
| Contact: |
Prof. Danilo De Rossi
Position: Director of Interdepartmental Research Center "E. Piaggio"
Interdepartmental Research Center "E. Piaggio"
Faculty of Engineering of University of Pisa
via Diotisalvi, 2 - 56100 Pisa - Italy
Phone: +39 050 553639
Fax: +39 050 550650
E-mail: derossi@piaggio.ccii.unipi.it
Web page: www.piaggio.ccii.unipi.it
Prof. Brunello Ghelarducci
Position: Full Professor
Physiology and Biochemistry Department
via San Zeno 31, 56127 Pisa
Phone: 050/554074-3517
E-mail: ghelarducci@dfb.unipi.it
|
| Profile: |
The University of Pisa (www.unipi.it)
The University of Pisa was founded in 1334 by a papal edict. The University has maintained a high reputation in the world of studies, and boasts two Nobel prize-winners, Fermi and Rubbia, among its former students. In the sixties, several university institutions have been established, and during the same period, the University strengthened its ties with the National Research Council (CNR), whose Pisa branch is among the nation's most important. Today there are 11 Faculties, 44 departments which offer degrees in 33 different subjects. The students, nearly forty thousand strong in a city of only one hundred thousand inhabitants, are drawn to Pisa, not only from the nearby Tuscan and Ligurian coasts, but from many other regions, especially the South of Italy. A growing number arrive from other European, American and Afro-Asian nations as well.
The Interdepartmental Research Center, "E. Piaggio" (www.piaggio.ccii.unipi.it) is an Interdepartmental Center of the University of Pisa devoted to multisciplinary research in the fields of Bioengineering and Robotics, and to the training of research and development personnel. The center is affiliated with the Department of Aerospace Engineering, the Department of Electrical Systems & Automation, the Department of Information Engineering, the Department of Mathematics, the Department of Mechanical & Nuclear Construction, the CNR Institute of Clinical Physiology. The Center co-operates with private and public companies to study specific applied problems that need advanced or innovative solutions. Affiliated Departments and institutes offer their research and technical personnel to the Center to provide a truly interdisciplinary environment. Laboratory facilities comprise a machine-shop, electronic, optics and fiber-optic measurement and testing instruments, a chemical laboratory, microfabrication facilities, and a cell culture laboratory.
Research activities are in the field of tactile sensing, kinesthetic sensing and smart fabrics, artificial olfaction,
sensory fusion in food quality assessment, fiber optic immunosensor, smart catheters, smart laparoscopy, tissue engineering, polymer actuators, gels as tissue analogs 2D and 3D soft- lithography.
The Department of Physiology and Biochemistry (www.dfb.unipi.it) "Giuseppe Moruzzi" has been founded in 1986 and is composed by the Physiology, Biochemistry and Cellular and Developmental Biology sections. It is a complex structure in which several groups of research are involved in different scientific topics ranging from molecular biology to integrative physiology.
Scientific interests are in the field of Integrative and Cognitive Neuroscience and, in particular, in the study of cerebral and cerebellar modulation of the autonomic and behavioral responses related to emotional stimulation, such as fear, anxiety and stress, in human and in animal models.
The main research issues of our group include in humans the cognitive modulation of emotion and motor performance and the physiological characterization of hypnotizability and hypnosis. In animal models the cerebellar modulation of autonomic responses related to fear has been studied through pavlovian conditioning.
The facilities of our laboratory comprise devices for recording and processing physiological variables such as Electrocardiogram (ECG), Respiratory activity, Skin resistance, Electroencephalogram (EEG), Electromiogram (EMG) and Electroculogram (EOG) in both humans and animals.
We have, also, the possibility to study functional anatomy of the brain by functional Magnetic Resonance Imaging in collaboration with the MRI Center of the Scientific Institute of “Stella Maris” Foundation, IRCCS, Calambrone, Pisa.
back to top 
|
|
 |
 |
© 2002 Wealthy - All Rights Reserved
The content of this page is the sole responsibility of the Consortium and in no way represents the views
of the European Commission or its services. Email the Official Contact Person of the project.
Last Updated June 17, 2006
|
|