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July 00
SCOTTISH RESEARCHERS
WIN GRANT OF £1.3 MILLION FOR LAB ON A CHIP/SYSTEM ON CHIP PROJECT
The Institute for
System Level Integration has joined forces with researchers at the Universities
of Glasgow, Edinburgh and Strathclyde who have won £1.3 million
in the latest round of Research Development Grants announced by the
Scottish Higher Education Funding Council.
The team will be
working to develop miniature, integrated sensory and analytical systems.
The research funding will enable them to link 'lab-on-a-chip' and system-on-chip
research to build powerful measurement tools for environmental, medical
and industrial applications.
The project is headed
by Dr David Cumming from the Department of Electronics and Electrical
Engineering at the University of Glasgow. It will create thumb-nail
sized sensors that can be swallowed or dropped into the environment
to be measured - the chemical and biological equivalent of the recent
breakthrough 'camera-in-a-pill' device. The sensor systems have applications
in environmental, medical and industrial monitoring and will communicate
with remote centres of expertise for diagnosis and follow-up action.
The research project extends well beyond mere technology development.
A community of medical, veterinary and water-supply researchers will
explore the use of the technology in close collaboration with the engineering
team, to identify the new services and opportunities that it offers.
Research will focus
on system-on-chip integration - to put data analysis and instrumentation
circuits on to a single piece of silicon, and lab-on-a-chip technology
- to build complex laboratory sensors and sample handling on to a glass
or silicon plate. The programme has attracted wide support within Scotland
from medical, microelectronics, biotechnology and water-supply interests,
as well as from multinational companies such as Motorola and Kodak.
Based at the Institute's
design facility in Livingston, Scotland, researchers will work on a
demonstrator system which will comprise a diagnostic chip/hybrid with
a sensory interface, adaptive analogue and digital data processing and
a radio up-link to a base station. To demonstrate true system-level
capability, relatively simple sensors for light, temperature and pH
making use of both silicon and lab-on-chip sensory technologies will
be deployed. The base station will provide control and diagnostic functions
together with a communications capability to convey information to remote
sites via the Internet or mobile telephone connections.
The consortium comprises
research groups with expertise in silicon and lab-on-chip design together
with medical and veterinary users for the demonstrator system. It is
expected that the project will involve not only leading edge research
but also the prospect of commercial exploitation.
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