Aleshin I A, Tin'kov A N, Kots Ia I, Tverdokhlib V P
Ter Arkh. 1997;69(1):54-8.
Adaptation to periodic hypoxia (decompression 490 mm Hg) in a multiplace medical pressure chamber of patients with hypertension, cardial neurocirculatory asthenia, coronary heart disease produced a persistent hypotensive effect with improvement of central and peripheral hemodynamics, oxygen homeostasis, electrolyte balance of blood. In patients with neurocirculatory asthenia associated with ventricular and supraventricular extrasystole positive hemodynamic changes accompanied a persistent antiarrhythmic effect. In addition to the latter, CHD patients experienced improvement in myocardial contractility. Clinical effect of baroadaptation to hypoxia manifesting in symptom relief permitted the physicians to diminish the intensity of chemotherapy and to abolish it in patients with neurocirculatory asthenia.
在多人高压氧舱中,对患有高血压、心脏神经循环无力症、冠心病的患者进行周期性低氧适应(减压至490毫米汞柱),产生了持续的降压作用,同时改善了中枢和外周血流动力学、氧稳态及血液电解质平衡。在伴有室性和室上性早搏的心脏神经循环无力症患者中,积极的血流动力学变化伴随着持续的抗心律失常作用。除此之外,冠心病患者的心肌收缩力有所改善。低氧适应的临床效果表现为症状缓解,这使得医生能够降低化疗强度,并在心脏神经循环无力症患者中停止化疗。