Abstract

Aim . To explore ocular microcirculation in patients with intraocular hemorrhage. Material and Methods. Microcirculation was investigated in 26 patients after subtotal posterior vitrectomy with the use of a laser blood analyzer LAK-01 and a computer program to carry out spectral analysis of the signal. Statistical processing of the results was performed using AnalystSoft software package, BioStat 2007. Results of the study. Ocular microcirculation in the control group was characterized by high levels of blood perfusion and metabolic activity, symmetrical distribution of arterial inflow and venous outflow. Evaluation of microcirculation parameters in patients with intraocular hemorrhage demonstrated a significant fall of these figures. Conclusion . Surgical removal of intraocular hemorrhage leads to a signficant improvement of ocular microcirculation.

Highlights

  • Ocular microcirculation in the control group was characterized by high levels of blood perfusion and metabolic activity, symmetrical distribution of arterial inflow and venous outflow

  • Evaluation of microcirculation parameters in patients with intraocular hemorrhage demonstrated a significant fall of these figures

  • Surgical removal of intraocular hemorrhage leads to a signficant improvement of ocular microcirculation

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Summary

Introduction

Что наибольшая потоковая со- появлялись на фоне повышения пассивных выставляющая – более половины от общего числа – сокочастотных колебаний – наибольшая величиотмечалась при исследовании активных частот на высокочастотных колебаний (АHF) была выше микрокровотока (нейрогенных и миогенных), что нормального уровня в 2 раза, нормированная веявляется отражением высокой сосудистой активности внутренних оболочек глазного яблока. Максимальный показатель при распределении в общем объеме колебаний (40,4%) приходился на личина венулярного оттока (АHF/3σ), максимальная амплитуда артериолярного притока (АCF) и ее нормированная величина (АCF/3σ) – в 1,8 раз, и эта разница была статистически достоверной долю нейрогенного компонента (Аα/3σ), связанном (р

Results
Conclusion

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