Current available diagnostic technologies for the analysis of thrombus formation fail to detect the thrombus volume and are unable to capture the kinetics of the overall process. In the paper, we present a novel methodology, based on the fusion of electrical and optical data, to measure in real time the volume and the geometry of platelet thrombus growth in an artificial microchannel, where whole blood flows on the surface of a thrombogenic substrate.
A novel apparatus for the volume estimation of in vitro thrombus growth
Affanni, A.
Conceptualization
;Specogna, R.Methodology
;Trevisan, F.Formal Analysis
2014-01-01
Abstract
Current available diagnostic technologies for the analysis of thrombus formation fail to detect the thrombus volume and are unable to capture the kinetics of the overall process. In the paper, we present a novel methodology, based on the fusion of electrical and optical data, to measure in real time the volume and the geometry of platelet thrombus growth in an artificial microchannel, where whole blood flows on the surface of a thrombogenic substrate.File in questo prodotto:
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