Sane A S, Mishra V V, Trivedi H L
Department of Laboratory Medicine, Institute of Kidney Diseases and Research Centre, Civil Hospital Campus, 380016 Ahmedabad, Gujarat India.
Indian J Clin Biochem. 2000 Aug;15(Suppl 1):178-82. doi: 10.1007/BF02867557.
Stress-tension-pain occur more often in health disorders of women than anywhere in the entire spectrum of human illness. No where is the effect of rapid change more apparent than in the changing role of today's women who are subjected to pressures from all sides. Now a days women virtually take part occupy positions, in day to day activities similar to their male counterparts. An outline of conceptual consideration, biochemical overview of stress and intricacies of coping mechanisms are delineated from the point of view of stress situations in female (during reproductive life span) peculiar to them only viz menarche, menstrual cycle, pregnancy-eventualities of pregnancy-labour-delivery, purperium, postpartum psychosis, abortions-induced, spontaneous, menopause. Lipid profile and oxidative stress status as biochemical responses in these stresses were investigated. As expected observed maximal/minimal biochemical responses well correlated with peak time and at termination of stress. Present day emphasis is on menstrual regulation by intake of oral contraceptive to improve health if women prefer not to bleed every month and hormone replacement therapy for elderly women to improve post menopausal quality of life and avoiding menstrual problems at the same time.
压力 - 紧张 - 疼痛在女性健康问题中比在整个人类疾病范围内的任何情况都更频繁地出现。快速变化的影响在当今女性角色的转变中最为明显,她们受到来自各方的压力。如今,女性实际上参与并占据了与男性同行在日常活动中相似的职位。从仅女性特有的(在生殖寿命期间)压力情况的角度,即初潮、月经周期、怀孕 - 怀孕相关事件 - 分娩、产褥期、产后精神病、人工流产 - 自然流产、更年期,阐述了概念性考量的概述、压力的生化概述以及应对机制的复杂性。研究了脂质谱和氧化应激状态作为这些压力下的生化反应。正如预期的那样,观察到最大/最小生化反应与压力高峰时间和压力结束时密切相关。当今的重点在于,如果女性不愿意每月出血,通过服用口服避孕药来调节月经以改善健康,以及对老年女性进行激素替代疗法以改善绝经后的生活质量并同时避免月经问题。