BACKGROUND/PURPOSE: In vivo reflectance confocal microscopy (IVCM) is a new tool for skin microcirculation. However, the measure of quantitative blood cell flow (QBCF) has not been standardized. We studied the inter-investigator and the intra-capillary reproducibility of the manual measure of QBCF on IVCM videos and investigated if a software program might help measure QBCF and be sensitive to vascular occlusion tests. METHODS: The inter-investigator reproducibility of the manual QBCF was evaluated on 107 videos. The intra-capillary reproducibility of QBCF measured manually and by 2 semi-automatic procedures based on Image J software analysis was evaluated on 19 capillaries. One of the semi-automatic methods (peaks of luminous intensity) was also used to measure the QBCF during vascular occlusion tests. RESULTS: The manual measure did not show a good inter-investigator reproducibility (Pearson's coefficient <0.5). The 'peaks of luminous intensity' method was found to have a good intra-capillary reproducibility and to be sensitive to vascular occlusion. CONCLUSION: Differently from the manual count, the count of peaks of luminous intensity by Image J software seems to be promising to measure QBCF. The future is to create software allowing for real-time measure of the QBCF based on the peaks of luminous intensity inside the capillaries recorded by IVCM.
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|Titolo:||Quantification of capillary blood cell flow using reflectance confocal microscopy|
|Rivista:||SKIN RESEARCH AND TECHNOLOGY|
|Citazione:||Cinotti, E., Gergelé, L., Perrot, J.L., Dominé, A., Labeille, B., Borelli, P., et al. (2014). Quantification of capillary blood cell flow using reflectance confocal microscopy. SKIN RESEARCH AND TECHNOLOGY, 20(3), 373-378.|
|Appare nelle tipologie:||1.1 Articolo in rivista|
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