Amha Haile, Getnet Asmamaw, Munie Birhanu Mengist, Workie Tilahun, Alem Girma, Mulugeta Henok, Bishaw Keralem Anteneh, Ayenew Temesgen, Gedfew Mihretie, Desta Melaku, Wubetu Muluken
College of Medicine and Health Science, Debre Markos University, P.O. Box:269, Debre Markos, Ethiopia.
College of Medicine and Health Science, Debre Tabor University, Debre Tabor, Ethiopia.
Eur Arch Psychiatry Clin Neurosci. 2024 Sep 18. doi: 10.1007/s00406-024-01900-1.
Severe mental illness is usually marked by periods of remission, when symptoms are absent or well controlled, and of exacerbation, when symptoms return or worsen. Relapse of these severe illnesses costs a lot for patients and their families and imposes a financial burden on hospital and community services. Costs for relapse cases were four times higher than that of non-relapse cases. There is a dearth of evidence in on relapse rate on these vulnerable population in Sub-Saharan Africa, therefore this study assessed relapse rate and predictors among people with severe mental illnesses at Debre Markos Comprehensive specialized hospital, Northwest Ethiopia. Prospective follow up study design was employed among 315 people with severe mental illnesses who were selected by systematic random sampling technique. Epi.data version 4.2 was used for data entry and exported to STATA 14 for analysis. The Kaplan-Meier curve was used to estimate the median duration of occurrence and the Log rank test was used to compare survival curves between different categories of explanatory variables. A survival analysis was used to estimate the cumulative rate of relapse, Cox proportional hazards models was used to examine independent factors associated with time to develop relapse. To estimate the association between predictors and relapse, hazard ratio with 95% confidence intervals was used. Variables score p value < 0.25 with in the Bivariable analysis was entered in to the multivariable analysis model. The statistical significance was accepted at p-value < 0.05. Around 119 (37.78%) had develop relapse, and the remaining 196 (62.22%) were censored. The overall incidence rate of relapse was 3.66 per 100 person-month (95% CI:3.06-4.38) with a total of 3250 patient-month observations. Variables such as: age (18-36 years) [(AHR) = 3.42:95% (CI) :1.67,6.97)], marital status (single and widowed) 1.87 [AHR: 1.87; 95% CI: (1.06 ,3.27)] and 2.14 [AHR: 2.14; 95% CI: (1.03 ,4.44)], duration of delay in getting treatment ( > = 1 year) [(AHR = 2.55:CI:1.20, 5.38)], types of diagnosis (Major Depressive Disorder) (AHR = 2.38, CI:1.37 ,4.14), medication adherence (low adherence) (AHR = 5.252.45, 11.21) were statistically significant (P value < 0.05). Nearly two-fifth of people diagnosis with severe mental illnesses had develop relapse and the median survival time to develop relapse was nine months. It is advised that early detection of severe mental illness and early initiation of treatments are very crucial to prevent relapse. Psycho education, counseling that alleviates poor treatment adherence are highly recommended.
严重精神疾病通常以缓解期和加重期为特征,缓解期症状消失或得到良好控制,加重期症状复发或恶化。这些严重疾病的复发给患者及其家庭带来了巨大成本,并给医院和社区服务带来了经济负担。复发病例的费用是非复发病例的四倍。关于撒哈拉以南非洲这些弱势群体的复发率,缺乏证据,因此本研究评估了埃塞俄比亚西北部德布雷马科斯综合专科医院严重精神疾病患者的复发率及预测因素。采用前瞻性随访研究设计,通过系统随机抽样技术选取了315名严重精神疾病患者。使用Epi.data 4.2版本进行数据录入,并导出到STATA 14进行分析。采用Kaplan-Meier曲线估计复发发生的中位持续时间,采用对数秩检验比较不同类别解释变量之间的生存曲线。采用生存分析估计累积复发率,采用Cox比例风险模型检验与复发发生时间相关的独立因素。为了估计预测因素与复发之间的关联,使用了具有95%置信区间的风险比。在双变量分析中p值<0.25的变量被纳入多变量分析模型。当p值<0.05时接受统计学显著性。约119人(37.78%)出现复发,其余196人(62.22%)被截尾。复发的总体发病率为每100人月3.66例(95%CI:3.06 - 4.38),共3250个患者月观察值。年龄(18 - 36岁)[(调整后风险比(AHR)= 3.42:95%(CI):1.67,6.97)]、婚姻状况(单身和丧偶)1.87 [AHR:1.87;95%CI:(1.06,3.27)]和2.14 [AHR:2.14;95%CI:(1.03,4.44)]、治疗延迟时间(≥1年)[(AHR = 2.55:CI:1.20,5.38)]、诊断类型(重度抑郁症)(AHR = 2.38,CI:1.37,4.14)、药物依从性(低依从性)(AHR = 5.25,CI:2.45,11.21)等变量具有统计学显著性(P值<0.05)。近五分之二被诊断为严重精神疾病的人出现了复发,复发的中位生存时间为9个月。建议早期发现严重精神疾病并尽早开始治疗对于预防复发非常关键。强烈推荐心理教育以及缓解治疗依从性差问题的咨询服务。