Figure 1.
Figure 1. Mobile micro-electrophoretic device (HemeChip) for point-of-care screening for sickle cell disease. ( A) HemeChip prototype is shown with a miniscule blood sample that has been separated into characteristic hemoglobin bands. (B) The receiver Operating-Characteristic (ROC) curves show sensitivity and specificity of HemeChip for differentiating between adjacent hemoglobin bands based on the travelling distance from the sample application point. band traveling distance thresholds are shown: circle=7.5 mm, triangle=10.0 mm, and square=12.5 mm. (C) Web-based image processing application for automated and objective quantification of HemeChip results at the POC using cloud computing resources.

Mobile micro-electrophoretic device (HemeChip) for point-of-care screening for sickle cell disease. ( A) HemeChip prototype is shown with a miniscule blood sample that has been separated into characteristic hemoglobin bands. (B) The receiver Operating-Characteristic (ROC) curves show sensitivity and specificity of HemeChip for differentiating between adjacent hemoglobin bands based on the travelling distance from the sample application point. band traveling distance thresholds are shown: circle=7.5 mm, triangle=10.0 mm, and square=12.5 mm. (C) Web-based image processing application for automated and objective quantification of HemeChip results at the POC using cloud computing resources.

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