Aim: Resistive index of ophthalmic artery (RI-OA) is associated with atherosclerotic diseases. The aim of this study was to evaluate the association of RI-OA and hypertension-related vascular and kidney damage. Materials and methods: Two-hundred and eighty hypertensive patients underwent evaluation of RI-OA, carotid atherosclerosis and level of 24 h albuminuria. Results: Albuminuria and carotid atherosclerosis were positively associated with RI-OA independently of other cardiovascular risk factors. Receiveroperating characteristic curve analysis allowed us to calculate a cut-off value of RI-OA>0.625, whichwould be suspicious about the existence of atherosclerotic disease. Conclusion: The ophthalmic vascular circulation allows to study connections between macro- and microcirculation in vivo. RI-OA could be a useful marker for a better stratification of the risk of developing kidney and cardiovascular disease.
Alessandro Mattina, G.G. (2021). Resistive index of ophthalmic artery as an imaging biomarker of hypertension-related vascular and kidneydamage. BIOMARKERS IN MEDICINE, 15(13), 1155-1166 [10.2217/bmm-2020-0829].
Resistive index of ophthalmic artery as an imaging biomarker of hypertension-related vascular and kidneydamage
Alessandro Mattina
;Giulio Geraci;Marta Zammuto;Carlo Maida;Antonina Giammanco;Emilio Nardi;Fabio Tuzzolino;Maurizio Averna;Santina Cottone;Mule Giuseppe
2021-08-16
Abstract
Aim: Resistive index of ophthalmic artery (RI-OA) is associated with atherosclerotic diseases. The aim of this study was to evaluate the association of RI-OA and hypertension-related vascular and kidney damage. Materials and methods: Two-hundred and eighty hypertensive patients underwent evaluation of RI-OA, carotid atherosclerosis and level of 24 h albuminuria. Results: Albuminuria and carotid atherosclerosis were positively associated with RI-OA independently of other cardiovascular risk factors. Receiveroperating characteristic curve analysis allowed us to calculate a cut-off value of RI-OA>0.625, whichwould be suspicious about the existence of atherosclerotic disease. Conclusion: The ophthalmic vascular circulation allows to study connections between macro- and microcirculation in vivo. RI-OA could be a useful marker for a better stratification of the risk of developing kidney and cardiovascular disease.File | Dimensione | Formato | |
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