Key result
Novel comprehensive visual representations are required to rapidly interpret complex blood-flow velocity data and gain insights into cardiovascular disease development.
Key points are not available for this paper at this time.
May necessitate new visualization tools for blood-flow data; leaves open their impact on cardiovascular outcomes pending validation.
Modern simulation and imaging techniques are providing intricate blood-flow velocity data, the analysis of which can lead to new insights into how blood flow relates to the development of cardiovascular disease. Rapidly interpreting this complex data requires novel comprehensive visual representations.
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Pelt et al. (2013) studied this question. Novel comprehensive visual representations are required to rapidly interpret complex blood-flow velocity data and gain insights into cardiovascular disease development.
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