The evaluation of the morphological characteristics of small resistance arteries in human beings in not easy. The gold standard is generally considered to be the evaluation of the media to lumen ratio of subcutaneous small vessels obtained by local biopsies and measured by wire or pressure micromyiography. However, non-invasive techniques for the evaluation of retinal arterioles were recently proposed, in particular two approaches seem to provide interesting information: scanning laser Doppler flowmetry and adaptive optics; both of them provide an estimation of the wall to lumen ratio (WLR) of retinal arterioles. The reproducibility of such measurements was previously stated to be acceptable (coefficient of variation <10% for SLDF, <4% for RTX-1), however, no direct comparison of the two techniques in the same population was previously performed.
REPRODUCIBILITY OF THE EVALUATION OF THE WALL TO LUMEN RATIO OF RETINAL ARTERIOLES WITH TWO DIFFERENT NON-INVASIVE APPROACHES
De Ciuceis, C.;Coschignano, M. A.;Caletti, S.;Rossini, C.;Duse, S.;Docchio, F.;Pasinetti, S.;Semeraro, F.;Sansoni, G.;Rosei, C. Agabiti;Pileri, P.;Rosei, E. Agabiti;Rizzoni, D.
2017-01-01
Abstract
The evaluation of the morphological characteristics of small resistance arteries in human beings in not easy. The gold standard is generally considered to be the evaluation of the media to lumen ratio of subcutaneous small vessels obtained by local biopsies and measured by wire or pressure micromyiography. However, non-invasive techniques for the evaluation of retinal arterioles were recently proposed, in particular two approaches seem to provide interesting information: scanning laser Doppler flowmetry and adaptive optics; both of them provide an estimation of the wall to lumen ratio (WLR) of retinal arterioles. The reproducibility of such measurements was previously stated to be acceptable (coefficient of variation <10% for SLDF, <4% for RTX-1), however, no direct comparison of the two techniques in the same population was previously performed.File | Dimensione | Formato | |
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_PP_09_17__REPRODUCIBILITY_OF_THE_EVALUATION_OF.439.pdf
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Descrizione: scanning laser j Hypert abs 2017
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