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Medicine in the 21^st century should reduce the unit-cost of healthcare. Central to this aim is the delivery of early and effective care targeted to the particular needs and characteristic biomedical and demographic profile of the individual patient.  The implied changes in models of care will be underpinned by significant scientific and engineering developments.

This report outlines key engineering challenges and recommends the following priority research areas for support:

? Translational research combining informatics, mathematics and engineering with clinical and biomedical sciences to map disease progression and response to therapy.

? Advances in multi-modal data fusion towards real-time integration of morphological, functional and molecular imaging, together with metabolic phenotyping as a precursor to public health interventions.

? Convergent platforms harnessing wireless technologies linked to intelligent software in the clinical environments and in the home.

? Decision support to ensure consistency of care and extending to novel approaches to patient information and self-care.

This report recognises the need for novel practices supported by new investment
in biomedical engineering, and parallels the report ‘Systems Biology: a vision for
engineering and medicine’ by the Academy of Medical Sciences and Royal
Academy of Engineering, 2007¹

 

 

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