Ways to optimize the prediction of vascular events in patients with acute coronary syndrome and atherosclerotic lesions of the renal arteries

Abstract

Using the logistic regression equations obtained during the work, forecast tables were developed to assess the risk of developing vascular events in the long term. The proposed forecasting model is an independent method for assessing the risk of fatal and non-fatal vascular events. The consistency of the model has a scientific and practical justification. The proposed original risk model can be used in a comprehensive examination of patients with acute coronary syndrome and atherosclerotic lesions of the renal arteries.

Features of prediction of fatal and non-fatal cases of ischemic stroke in patients with peripheral atherosclerosis in the long-term period

“…Kim et al, в ходе которого магнитно-резонансная томография головного мозга была проведена 2 594 лицам без инсульта в анамнезе, установлено, что дисфункция почек является независимым ФР наличия очагов бессимптомного инсульта. По данным популяционного исследования, включавшего 2 645 человек, выявлено, что снижение СКФ на 1 мл/мин/1,73м 2 было связано со снижением на 0,42 мл/мин на 100 мл скорости мозгового кровотока (95% ДИ, 0,01-0,83) с поправкой на ФР сердечнососудистых заболеваний [20]. У пациентов ХБП не только высок риск развития инсульта [21,22], но и хуже госпитальный и отдаленный прогноз [23], а также высок риск развития деменции [24,25].…”

Methods for reducing vibrations generated by shock equipment

“…Structurally, these devices are so profiled surface that at the moment of closing the halves of the stamp formed cavities or grooves that change the profile and the cross-sectional area of the channel. Air flow passing through such a channel, due to the presence of sudden expansions and turns, does not increase the speed above the values corresponding to the noise level [9,10,11].…”

Vibration safety to reduce the risk of cardiovascular disease in workers

“…Therefore, the oscillatory motion is also characterized by speed and acceleration, which are derivatives of amplitude and frequency. Moreover, the human senses perceive not the instantaneous value of the vibration parameters, but the current one [2,4,6,8,10]. Vibration is often measured with instruments whose scales are not graded in absolute values of speed and acceleration, but in relative decibels.…”