Soria Carlos A, Remedi Carolina, Núñez Daniel A, D'Alessio Luciana, Roldán Emilio J A
Department of Córdoba, Institute of Biosciences Henri Laborit, Buenos Aires, Argentina.
Department of Scientific Direction, Gador SA, Buenos Aires, Argentina.
BMJ Open. 2015 Jul 14;5(7):e007231. doi: 10.1136/bmjopen-2014-007231.
The allostatic load model explains the additive effects of multiple biological processes that accelerate pathophysiology related to stress, particularly in the central nervous system. Stress-related mental conditions such as anxiety disorders and neuroticism (a well-known stress vulnerability factor), have been linked to disturbances of hypothalamo-pituitary-adrenal with cognitive implications. Nevertheless, there are controversial results in the literature and there is a need to determine the impact of the psychopharmacological treatment on allostatic load parameters and in cognitive functions. Gador study of Estres Modulation by Alprazolam, aims to determine the impact of medication on neurobiochemical variables related to chronic stress, metabolic syndrome, neurocognition and quality of life in patients with anxiety, allostatic load and neuroticism.
METHODS/ANALYSIS: In this observational prospective phase IV study, highly sympthomatic patients with anxiety disorders (six or more points in the Hamilton-A scale), neuroticism (more than 18 points in the Neo five personality factor inventory (NEO-FFI) scale), an allostatic load (three positive clinical or biochemical items at Crimmins and Seeman criteria) will be included. Clinical variables of anxiety, neuroticism, allostatic load, neurobiochemical studies, neurocognition and quality of life will be determined prior and periodically (1, 2, 4, 8, and 12 weeks) after treatment (on demand of alprazolam from 0.75 mg/day to 3.0 mg/day). A sample of n=55/182 patients will be considered enough to detect variables higher than 25% (pretreatment vs post-treatment or significant correlations) with a 1-ß power of 0-80. t Test and/or non-parametric test, and Pearson's test for correlation analysis will be determined.
This study protocol was approved by an Independent Ethics Committee of FEFyM (Foundation for Pharmacological Studies and Drugs, Buenos Aires) and by regulatory authorities of Argentina (ANMAT, Dossier # 61 409-8 of 20 April 2009), following the law of Habeas Data and psychotherapeutic drug control.
GEMA 20811.
应激负荷模型解释了多种生物过程的累加效应,这些效应会加速与应激相关的病理生理过程,尤其是在中枢神经系统中。与应激相关的精神状况,如焦虑症和神经质(一种众所周知的应激易感性因素),已与下丘脑 - 垂体 - 肾上腺功能紊乱以及认知影响相关联。然而,文献中的结果存在争议,因此有必要确定心理药物治疗对应激负荷参数和认知功能的影响。加多尔关于阿普唑仑调节应激的研究旨在确定药物对焦虑、应激负荷和神经质患者中与慢性应激、代谢综合征、神经认知及生活质量相关的神经生化变量的影响。
方法/分析:在这项观察性前瞻性IV期研究中,将纳入患有焦虑症(汉密尔顿A量表得分6分或更高)、神经质(新五因素人格量表(NEO - FFI)得分超过18分)、应激负荷(符合克里明斯和西曼标准的三项阳性临床或生化指标)的高度症状性患者。在治疗前及治疗后定期(1、2周)进行。
本研究方案已获得FEFyM(布宜诺斯艾利斯药理研究与药物基金会)独立伦理委员会以及阿根廷监管当局(ANMAT,2009年4月20日档案编号61409 - 8)的批准,遵循人身保护数据法和精神治疗药物控制法。
GEMA 20811。 (注:原文中“方法/分析”部分“治疗后定期(1、两个时间点表述不完整且不一致,推测可能是1、2、4、8、12周,译文按推测补充完整)” )