首页> 外文期刊>International Journal of Molecular Medicine and Advance Sciences >Is the Hypertensive State an Integral Etiopathogenesis Centrally Involving Vascular Myofiber Ischemia?
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Is the Hypertensive State an Integral Etiopathogenesis Centrally Involving Vascular Myofiber Ischemia?

机译:高血压状态是否是涉及血管肌纤维缺血的整体病因?

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One might strictly recognize the essential hypertensive state as a form of evolving influence, itself both a cause and an effect of integral pathways of etiopathogenesis in vascular myofiber hypercontractility and vascular myofiber ischemia. Indeed, perhaps it is in terms of a circulatory hemodynamic disturbance that evolves both in terms primarily of myocardial hypertrophy and of vascular smooth myofiber hypercontractility that one would best understand the sustained series of both phasic and tonic responses to various systems of influence in inducing progression of the hypertensive state. Even in terms that would go beyond simple threshold considerations of such myofiber responsiveness or of myofiber contractility, the essential hypertensive state might primarily arise and evolve simply as one pathway of ischemic events that somehow progresses as positive feedback systems. Indeed, ischemia in hypertension would beget even more ischemia that evolves in terms of parameters that are themselves inherently not related to the hypertensive state. Indeed, ischemic organ events in arterial hypertension might evolve via systems ranging from hypercontractility of the vascular myofiber to fibrinoid necrosis of vessels, to specific vascular bed organ systems in renal failure and as systems also of intracranial hemorrhage, myocardial hypertrophy and of accelerated atherosclerosis and aneurysm formation.
机译:人们可能会严格地将基本高血压状态识别为一种不断发展的影响形式,它本身既是引起血管肌纤维过度收缩和血管肌纤维缺血的病因病病学整体途径的原因,也是其作用的结果。确实,也许就主要在心肌肥大和血管平滑肌纤维过度收缩方面发展的循环血流动力学紊乱而言,人们最好地理解了对各种影响系统的持续性相适应性和强直性反应,以诱导神经系统的进展。高血压状态。即使就超出了对此类肌纤维反应性或肌纤维收缩性的简单阈值考虑而言,本质性高血压状态也可能会首先出现并演变为缺血事件的一种途径,并以某种方式作为正反馈系统发展。确实,高血压中的局部缺血会导致更多局部缺血,这些局部缺血本身就与高血压状态无关。实际上,动脉高压中的缺血性器官事件可能会通过以下系统演变:从血管肌纤维的过度收缩性到血管的纤维蛋白样坏死,再到肾功能衰竭的特定血管床器官系统,以及颅内出血,心肌肥大以及加速的动脉粥样硬化和动脉瘤的系统编队。

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