Lateral
Flow Microarrays:
A
Platform for
Muliplexed Point-of Care
Diagnostics
Tadpole
Assay Multiplex Platform for Biodefense Agent Diagnostics
Point-of-care Diagnostics Test Intestinal Protozoa
Towards
the Development of a Syndrome-specific Diagnostic Tool
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WRCE
Theme 1: Platforms for Multiplexed Diagnostics for Category A-C Agents
and Emerging Agents
Theme Leader: Richard
Willson, PhD – University of Houston,
Houston, TX
Expected Product: The proposed work will lead to the development
of new diagnostic technologies and their integration into platform
diagnostic systems capable of rapidly detecting multiple pathogens
in clinical specimens.
Description: The Platforms for Multiplexed Diagnostics for Category
A-C Agents and Emerging Agents Theme is a tightly integrated set
of coordinated projects, each aimed at developing diagnostics based
on clinical presentation by syndromes. It is our intention to develop
platforms that will be used in the clinical setting with point-of-care
testing. Theme projects address the development of platform readout
technologies and diagnostic methods capable of becoming assays
that meet these criteria. Dr. Richard Willson serves as the Theme
Leader to maintain close integration and achieve efficiencies through
coordination of all theme activities. The WRCE is a particularly
rich environment in which to develop diagnostics, as it includes
many pathogen experts who can provide access to a large number
of infectious disease agents and who can contribute to diagnostic
development. Tools developed in this theme may also be used in
vaccine and therapeutics development.
The researchers of diagnostics theme projects conducted in the
WRCE should accomplish milestones at a faster rate and at lower
cost than would be possible as an equally funded set of non-collaborative
projects. Synergy and efficiency are maximized by the selection
of projects which jointly focus on the development of inexpensive,
platform diagnostics, and which support a high level of intra-theme
cooperation. Toward this end, we are pursuing the development of
four highly complementary platforms. Areas of particular, shareable
expertise include sample preparation, isothermal nucleic acid amplification,
microfluidics, optical imaging, and development of molecular reporters.
The theme project leaders have chosen to focus their initial efforts
on an overlapping set of infectious agents. By focusing their efforts
this way, resources can be shared and developmental assays benchmarked
against each other, and the pathogen-specific experience and expertise
of diagnostics theme project leaders can be shared among all groups.
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