Figure 1: Schematic presentation of sampling procedure of patients with epilepsy visiting neurology outpatient department of Ayder Comprehensive Specialized Hospital and Mekelle General Hospital, 2019.
Kalayu Mebrahtu1* Sesen Alefe2 Hailemariam Berhe3 Hagos Tsegabirhan1 H/Michael Embafrash41Department of Psychiatry, College of health science, Mekelle University, Mekelle, Tigray, Ethiopia
2Department of Psychiatry, Ayder comprehensive specialized hospital, Tigray, Northern Ethiopia
3Department of Maternity Nursing, School of Nursing, College of Health Sciences, Mekelle University, Tigray, Northern Ethiopia
4Department of Pharmacy, Ayder comprehensive specialized hospital, Tigray, Northern Ethiopia
*Corresponding author: Kalayu Mebrahtu, Department of Psychiatry, College of health science, Mekelle University, Mekelle, Tigray, Ethiopia, Tel: 0942749902; E-mail: email@example.com
Background: Depression is one of the most prevalent psychiatric disorders occurring in patients with epilepsy. There are no studies that assessed the factors among epileptic people in Mekelle, Tigray, Ethiopia. Therefore, this study determined the factors of depression in people with epilepsy.
Methods: Unmatched case control study was conducted from May 1 to 30, 2019 in Ayder Comprehensive Specialized Hospital and Mekelle General Hospital on 66 cases and 132 controls calculated using double population proportion formula. Study subjects were selected two controls after each case. Data were collected using a standardized and pretested questioner. Data was collected by four trained BSc nursing professionals under Psychiatric Nurse supervisor. Depression was measured by patient health questionnaire-nine using face to face interview techniques. Data were analyzed using SPSS 23.
Result: This study revealed that being female (AOR=2.79, 95% CI: 1.08-7.18, P=0.03), living with relative (AOR=2.82,95% CI:1.12-7.18, P=0.03), seizure frequency four and above per month (AOR=6.00, 95% CI:1.39-25.86, P=0.02), age onset of epilepsy between 12-24 years of age (AOR=3.11, 95% CI: 1.06-9.18, P=0.04), poor social support (AOR=5.34, 95% CI: 2.13-13.41, P=0.00) were significantly associated with depression.
Conclusion: Factor associated like gender (female), living status (with relative), poor social support, age onset of epilepsy (between 12 to 24 years) and seizure frequency are the factors associated with depression. Depression prevention efforts should be targeted towards these risk factors.
Determinant; Depression; Epilepsy; Outpatient; Mekelle
Epilepsy is one of the most common chronic neurological disorders, has no age, race, social class or geographical boundaries which is characterized by recurrent and unpredictable seizures associated with significant psychological and social consequences. More than eighty percent of 50 million People Living With Epilepsy (PWE) worldwide reside in low-income regions where human and technological resources for health care are extremely limited. More than 80% of people with epilepsy live in developing countries, where the condition remains largely untreated. Frequent seizures may cause difficulties in important areas of life (at school or the workplace), as well as sometimes hindering the development of new friendships and relationships. Fortunately, epilepsy can be managed with antiepileptic medications and more than 70 percent of people become seizure-free with treatment [1-4].
Co-morbidity in people with epilepsy imposes significant burdens on patients and their families . Nationwide the total people who suffer from epilepsy, 11-60% have depression . Depression is characterized by loss of interest, depressed mood, disturbance of sleep, problem in appetite and psychomotor activity, difficulty to concentrate or make a decision, guilty or sinful feeling, easily tiredness and recurring thoughts of death or suicide [5,6].
Depression is very common in people with epilepsy. The altered brain activity that causes epileptic seizures can lead to depressive moods and the stress of living with a chronic condition can worsen feelings of depression. As a consequence, epilepsy may be more difficult to manage, as depression is sometimes known to make seizures more frequent and can decrease the motivation to manage epilepsy effectively .
People with epilepsy experience depression at two to three times the rate of the general population . There is a strong link between epilepsy and depression, disorders can be aggravated or developed following being diagnosed for epilepsy; or as a consequence of living with epilepsy. Structural brain abnormalities, monoamine pathways, cerebral glucose metabolism and the hypothalamic-pituitary-adrenal axis are also associated with the pathogenesis of depression in people with epilepsy [9-11]. Depression is an episodic disorder,  of all people who experience one major depressive episode, 80-90% will experience another within the following 2 years; and 50% of those people will experience further recurrence, with recurrence; the depressive episode evolve into major depression, and each recurrence increase the risk of the disorder becoming chronic, which in turn increase the risk of disability and suicide [13,14].
World Health Organization has ranked depression will be the second in global disease burdens by the year 2020 and one of the priority conditions covered by WHO’s mental health gap action program. The problem is more significant in the developing countries, particularly in sub-Saharan Africa with the prevalence more than fifty one percent [15,16]. In Ethiopia; mental illness is the leading non-communicable disease in terms of burden with schizophrenia and depression included in the top ten most burdensome conditions, out-ranking Human immune deficiency virus /Acquired Immune Deficiency Syndromes (HIV/AIDS) .
Suicide risk increase during depression between 10 and 15% of individual who have been hospitalized at some time due to depression eventually commit suicide, and 60% of all suicide occurs among people suffering from depression . It is likely that the mechanics behind the intersection of depression and other illnesses differ for every person and situation. Regardless, these other comorbid illnesses need to be diagnosed and treated .
Alcohol and other substance abuse or dependence may also cooccur with depression . People who have depression in addition to another serious medical illness tend to have more severe symptoms of both depression and the medical illness .
Researches show that treating depression can improve the outcome of treating the co-occurring illness . Incidence of depression is significantly higher among blood relatives than the general population . First-degree biological relatives of people with Major Depression Disorder (MDD) are 1.5 to 3 times more likely to develop MDD than the general population . More recently literatures have indicated that what is inherited is not a single gene, but a genetic vulnerability that may be activated by environmental factors .
Depression is the most common co-morbid psychiatric condition associated with epilepsy, yet its actual incidence and prevalence remained to be established . Depression and epilepsy share common pathogenic mechanisms, which explain the bidirectional relationship between them. These pathogenic mechanisms include abnormal function of common neurotransmitters in the central nervous system, particularly serotonin, nor-adrenaline, and dopamine .
The most common factors are side effects of Anti-Epileptic Drugs (AEDs) and psychosocial factors experienced as a direct result of having epilepsy such as perceived stigma, fear of seizures, discrimination, joblessness, lack of social support, and lifestyle changes imposed by increased seizure severity/frequency (giving up driving privileges, changing jobs, etc.), have all been contribute to depression .
Evidences show that depression is common and prevalent in epileptic patients, in Ethiopia, the author found that, no published studies concerning factors of depression among epileptic patients in the study area. Therefore, this study will fill the gap with regard to the Northern part of Ethiopia (Tigray, Mekelle), where the sociocultural diversity of the community is different from the other part of the country and may contribute for the variation of the factors for the illness. Thus, the main purpose of this study was to identify the factors affecting depression among adult epileptic patients.
To assess factors affecting depression among adult people with epilepsy in outpatient departments of Neurology, Ayder Comprehensive Specialized Hospital and Mekelle General Hospital, Mekelle, Tigray, Ethiopia, 2019.
• To describe socio-demographic characteristics of adult people with epilepsy in depression.
• To identify clinical related factors of depression among adult patients with epilepsy
• To assess social related factors of depression among adult epileptic patients.
Study area and period
This study was conducted in May 1 to 30, 2019 at ACSH and Mekelle General Hospital, Mekelle City. This is located in Tigray regional state 783km away from Addis Ababa, the capital city of Ethiopia to the North. Mekelle has one comprehensive specialized hospital (Ayder) and four other general government hospitals which are Mekelle General Hospital, Quiha General Hospital, Adi-Haki General Hospital and North command General Hospitals and 10 health centers. ACSH serving more than 9 million people from Afar, Tigray, and Amhara; and has about 500 inpatient beds. It runs all the specialized/nonspecialized hospital services including in emergency, an outpatient and inpatient of all age groups and special facility services and substance rehabilitation center. These all services also run by Mekelle General Hospital, a teaching hospital, except the rehabilitation. These hospitals also used as a research center for the College of Health Sciences, Mekelle University. Neurology services are given by Neurologists, Residents, General practitioners and BSc Nurses. Current flow of epileptic patients on average was 200 and 350 patients per month in ACSH and Mekelle General Hospital respectively.
An institutional-based unmatched case-control study was conducted.
All epileptic patients who have follow up at Ayder comprehensive specialized Hospital and Mekelle General Hospital, Mekelle, Tigray, Ethiopia.
All epileptic sampled outpatient neurology department visitors of Ayder comprehensive specialized Hospital and Mekelle General Hospital, Mekelle, Tigray, Ethiopia
Inclusion criteria: Cases: epileptic patient attending outpatient neurology department, who are on treatment follow up at least six months and above, and aged 18 years and above, clients who had PHQ-9 score, ≥5.
Control: epileptic patient attending outpatient neurology department, who are on treatment follow up for at least six months and above, aged 18 years and above having PHQ-9 score <5.
Exclusion criteria: Epileptic patients who are known depressive patient and on treatment follow up, unable to communicate, unable to sign verbal informed consent and those who had decision incapacity, seriously ill and patients below six months on epilepsy follow up.
Sample size and sampling procedure
Sample size: The sample size was calculated using a double population proportion formula, took from a study conducted at Amanuel Mental Specialized and Tikur Anbesa Hospital in Addis Ababa showed that one of the risk factors for depression in people living with epilepsy was having perceived stigma (AOR=2.47) . Other assumptions made during the sample size calculation was 5% level of significance (α) and Confidence Interval (CI) of 95% (z_ (α⁄2)=1.96). Based on these assumptions, the sample size calculated as follow: Two sided confidence level=95%, power 80%, ratio of case to control=1:2, and odds ratio=2.47.Then, the desired sample size using Epi info Stata calculation, case=66 and control=132, the final sample size was 198.
Sampling technique and procedure: The study participants were proportionally allocated to both ACSH and MGH. Since the ratio of case to control was 1:2, every one case two controls were selected after assessing the patient first using PHQ-9 in both hospitals (Figure 1).
Data collection procedure
Face-to-face interview method using a structured questionnaire was used in this study to identify determinants of depression among epileptic patients such as 1. Socio-demographic information, 2. Clinical related 3. Perceived stigma … etc. also, the chart was reviewed to check the epilepsy and other medical illness diagnoses.
The questionnaire was translated from English to Tigrigna language by expert and retranslated to English by another proficient in English. This primary version was made to compare with the original English version to resolve inconsistencies and then the data collectors, who are Tigrigna native speakers, collected data in the Tigrigna version questionnaire.
Data were collected by four BSc degrees in nursing professionals and one psychiatric nurse as supervisor. The principal investigator checked the filled questionnaires for consistency and completeness daily.
Data collectors and supervisor were trained for three days on the questions included in the questionnaire, on interviewing techniques, purpose of the study, and importance of privacy, discipline and approach to the interviewees and confidentiality of the respondents. The questionnaire was pre-tested on 5 % of the sample size at Quiha General Hospital in which psychiatric and epilepsy services delivered OPD two weeks prior to data collection. Based on the feed-back and results obtained from the pretest, data collectors and supervisor were re-oriented and the questionnaire was modified as necessary.
The data was collected by using different instruments that measure depression, perceived stigma, social support, medication adherence and other clinical related factors.
The Patient Health Questioner (PHQ-9) is the nine item depression scale which is a strong tool to screen depression.PHQ-9 is validated and mostly used in Ethiopia. So, patients who score ≥5 were considered as having depression [28,29].
Social support was measured by using three Oslo scale of social support measurement scores three up to eight (poor social support), nine up to eleven (moderate social support) and twelve up to fourteen (strong social support) .
Perceived stigma was measure by three item stigma scales ranging from zero (no felt stigma) to three (maximally felt stigma) .
Four Morisky Scale self-reported measurement of medication adherence was used to assess adherence of medications .
Dependent variable: Depression
Independent variables: Socio-demographic (gender, age, residential area, marital status, religion, ethnicity, living status, level of education, occupation and monthly income), perceived stigma, medication adherence, family history of depression, substance use, duration of the illness, co-morbid illness (other medical illness), poly and mono therapy, age onset of epilepsy and frequency of seizure.
Data quality assurance
The pre-test was conducted on a sample of 5% (8 controls and 4 cases) of the total study population in Quiha General Hospital before 2 weeks of data collection and a common understanding was reached between the data collectors and supervisor to avoid inter rater variability. Pre-test questionnaire would not be included in the analysis as part of the main study. Data collection was collected within one month.
At the end of each day, the questionnaires were reviewed and checked for completeness, accuracy and consistency by the supervisor and investigators and corrective discussion was undertaken with all the research team members. Remarks were given during morning times on how to eliminate or minimize errors and take corrective actions timely.
After all the necessary data collected, the data were coded on prearranged coding sheet by the investigators. Data entry and cleaning was done using Epi-info version 6 statistical package. The data were analyzed using SPSS version 23. Text, tables and figures were used to present the data. The association and significance between the explanatory and response variables were also measure using p-value, odds ratios, and 95% CI.
Bivariate logistic regression model analysis was done to see the association between the explanatory and outcome variables. Henceforth, multivariable logistic regression analysis was employed by selecting only variables with a P value <0.25 in the bivariate analysis. Odds ratio with 95% CI was used to measure the strength between dependent and independent variables at P-Value <0.05 to determine the level of statistical significance. To determine an association between dependent and independent variables adjusted odds ratio was entered into multivariate logistic regression one by one in order to control potential confounder and to detect the determinants of independent variables with the outcome variable. Variables with the p-value less than 0.05 (i.e. 95% confidence interval) in multivariate regression was declared to be potential predictors for depression.
In this study, a total of 198 study subjects were involved and fully participated with a response rate of 100%. The mean age for respondents was 32.28 ± 9.18. About half of the cases and controls were among the ages of 25 up to 34 years old. In terms of gender 78(59.1%) of these were male among the control and 34(51.5%) of these were females among the cases. About sixty three (47.7%) of control and 32(48.5%) of cases were married. With regard to education 62(47.0%) of controls and 33(50.0) of cases complete primary and secondary school, income was also, 39(29.5%) of the control and 28(42.4%) of cases receive below 600 ETB (Table 1).
|Variables||Case N (%)||Control N (%)|
|Living status||With family||16(24.2%)||55(41.7%)|
|Level of education||Can't read and write||13(19.7%)||44(33.3%)|
|10 and20 school||33(50.0%)||62(47.0%)|
|College and university||20(30.3%)||26(19.7%)|
|Monthly Income (in ETB)||<600||28(42.4%)||39(29.5%)|
Table 1: Socio-demographic characteristics of patients with epilepsy
visiting neurology outpatient in ACSH and Mekelle General Hospital,
2019(n=198, control=132 and case=66).
Other*=Pagans; Other**=Street and helping aids
Clinical related factors
The study shows that only 33(25.0%) controls and 21(31.8%) cases of the participants had family history of depression. Among the participants 52(39.4%) controls and 33(50.0%) cases had one to three frequency of seizure per month. The age onset of epilepsy between 12 to 24 years of age was 53(40.0%) controls and 36(54.5%) cases. Duration of illness above ten years was 75(56.8%) controls and 36(54.5%) cases. While non-adherence was 132(100%) controls and 66(100%) cases (Table 2).
|Variables||Case N (%)||Control N (%)|
|Family history of depression||Yes||21(31.8%)||33(25.0%)|
|Seizure frequency per month||No||23(34.8%)||73(55.3%)|
|4 and above||10(15.2%)||7(5.3%)|
|Age onset of epilepsy (years)||<12||15(22.7%)||38(28.8%)|
Duration of illness
|< 1 yr||2(3.0%)||3(2.3%)|
|≥ 10 yrs||36(54.5%)||75(56.8%)|
|Alcohol, chat & cigarate||1(1.5%)||1(0.8%)|
Table 2: Clinical related factors of patients with epilepsy visiting neurology outpatient in ACSH and Mekelle General Hospital, 2019(n=198, control=132 and case=66).
Social related factors
This study revealed that 24(18.2%) controls and 32(48.5%) cases had poor social support figure 2; of the participants 132(100%) controls and 66(100%) cases had perceived stigma.
Figure 2: Social support of patients with epilepsy visiting neurology outpatient in ACSH and MGH, 2019(n=198, control=132 and case=66).
Bivariate analysis was used and the associations between the dependent variable (depression) and independent variables were assessed; the results show that there was a significant association with depression and the following variables (Table 3).
|Variables||Case N (%)||Control N (%)||COR (95% CI)||p -Value|
|Living status||With family||16(24.2%)||55(41.7%)||1|
|Level of education||Can't read and write||13(19.7%)||44(33.3%)||0.38(0.16_0.90)||0.03*|
|10 and 20 school||33(50.0%)||62(47.0%)||0.69(0.34_1.42)||0.32|
|College & above||20(30.3%)||26(19.7%)||1|
|Seizure frequency per month||No||23(34.8%)||73(55.3%)||1|
|4 and above||10(15.2%)||7(5.3%)||4.53(1.55_13.27)||0.01*|
|Age onset of epilepsy||<12||15(22.7%)||38(28.8%)||1.08(0.47_2.50)||0.86|
|category of social support||Poor||32(48.5%)||24(18.2%)||4.22(2.20_8.15)||0.00*|
Table 3: Crude odds ratio showing effects of selected factors on depression among patients with epilepsy visiting neurology outpatient in ACSH and
Mekelle General Hospital, 2019(n=198, control=132 and case=66).
*Bivariate logistic regression significant level in, (p<0.25) Reference: 1.00
Multivariate logistic regression analysis was used to calculate odds ratios and corresponding 95% confidence intervals for the determinants of depression. On multivariate logistic regression analysis, it was found that respondents who have the odds developing depression was 5.34 among those with less social support compared to people having good social support. Age onset of epilepsy between 12 and 24 has had 3.11 times affected by depression greater than 25 years. Patients who had have four and above seizure frequency per month had 6 times affected by depression than no seizure. With regard to living status with relative had 2.82 times affected by depression than living with family and females have had 2.79 times affected by depression than male (Table 4).
|Variables||Case N (%)||Control N (%)||COR (95% CI)||AOR (95% CI)||p-Value|
|Living status||With family||16(24.2%)||55(41.7%)||1||1|
|Level education||Can’t read & write||13(19.7%)||44(33.3%)||0.38(0.16_0.90)||0.08(0.02_0.41)||0.002*|
|10 and 20 school||33(50.0%)||62(47.0%)||0.69(0.34_1.42)||0.47(0.14_1.63)||0.23|
|College & above||20(30.3%)||26(19.7%)||1||1|
|Seizure frequency per month||No||23(34.8%)||73(55.3%)||1||1|
|4 & above||10(15.2%)||7(5.3%)||4.53(1.55_13.27)||6.00(1.39_25.86)||0.02*|
|Age onset of epilepsy||<12||15(22.7%)||38(28.8%)||1.08(0.47_2.50)||1.27(0.35_4.67)||0.720|
Table 4: Factors associated with depression among patients with epilepsy visiting neurology outpatient in ACSH and Mekelle General Hospital, 2019(n=198, control=132 and case=66).
*logistic regression significant level in 95% C.I, (p<0.05) Reference: 1.00
A finding from this study, being female was significant predictor for depression which is similar with study done in Canada , Gaza strip , Burkina Faso , and Ethiopia [27,36]. And was not consistent with study done in Pakistan  in which being male was associated with depression. The reason could be females face a lot of hardships like, during marriage, pregnancy, delivery, managing all the household activities and difficulties in decision making on different major life events. This all life activities and rolls may predispose them to depression.
Study done in Ethiopia, Ambo age greater than or equal to 45 years of age  was associated with depression while in this study finding age was not associated with depression. The inconsistence could be due to differences in sample size, screening tools and study design.
In this study marital status was not significantly associated with depression but studies done in Pakistan , being married, Ethiopia, Addis Ababa , being single was significantly associated with depression. This discrepancy may be due to the difference in sociocultural, sample size and study design.
In this study on multivariate analysis, educational status was not significantly associated with depression but studies done; in Iran, less education , in Ethiopia, illiterate [40,41], low education [42,43] was associated with depression. The discrepancy could be due to the screening tools, study design (most of the studies were used crosssectional study design) and socio-cultural differences. The reason why the illiterate becomes depressed than the educated one could be those high educated one can understand and cope up the illness and can adjust different activities how to serve and handle themselves.
The finding of this study, occupational status was not significantly associated with depression. But it was associated with study conducted in UK, unemployment , in Ethiopia; Ambo, farmer and house wife  and Hawassa, unemployment  were associated with depression. This discrepancy could be due the screening tools, sample size, culture, seasonal, environmental and study design differences.
A previous finding in Ethiopia, Bench Maji Zone  and in Addis Ababa  shows that; living status was not associated with depression. While in this study living with relative was significantly associated with depression. The reason might be misunderstanding as well as miss communications. They might not discuss openly each other as a family members do. So, that they will have low self-esteem, feels helplessness and depressed.
Studies done in Iran, low income , in Pakistan low socioeconomic stratum (<5000 Pak Rs (60 USD)) , in Gaza Strip; least income (<500 NIS) , in Ethiopia; Addis Ababa, low income (<200 ETB)  was significantly associated with depression while in this study was not associated. The difference could be sample size, screening tools and study design. The reasons might be unable to pay or might be in affordability to buy the medicines, distances from health facilities (accessibility and affordability of medicines) predispose to depression.
A finding in this study shows that, poor social support was significantly associated with depression. The finding was in align with previous studies done in Korea , in Ethiopia; Hawassa .The reason could be cultural believes of the society, low self-esteem of the epileptic patient and this predisposes them to have disrupted social relations as a consequence of the presence of epilepsy then finally they will end up with depression.
Perceived stigma was not associated significantly with depression in this study, but it was associated with studies done in Burkina Faso , in Ethiopia; Addis Ababa [41,27], Jimma  and Ambo . The reason could be people with epilepsy mostly over protected and restricted from doing, and participating in different activities. Because of this they may prefer to avoid themselves and feel haplessness, due to those issues they become depressed.
Age onset of epilepsy was associated with depression and this result is similar with study done in Ethiopia, Gondar  and Bench Maji Zone . This might be due to chronicity of the illness and they restricted from most of the social activities like driving, operating machineries and this leads them to be isolated then this precipitates to depression.
This study showed that seizure frequency was significant a predictor of depression, which is similar with studies done in Pakistan , India , in Africa; Burkina Faso , Nigeria , Morocco  and in Ethiopia; Gondar , Bench Maji Zone , Addis Ababa  and Jimma . The reason for this association could be having frequent seizure, refrain patients from involving in different social activities. And having seizure in front of any one can have low selfesteem, poor self-confidence; compromising quality of life can lead them to depression.
In previous studies done in Ethiopia; Addis Ababa, poly pharmacy  and Gondar  was significantly associated with depression. While in this study there is no significant association with depression. The reason could be due to pill burden, drug side effects, and expenses for medicine.
Studies done in Ethiopia; Addis Ababa, low adherence , Gondar, difficulty in adherence  and Bench Maji Zone, low adherence  was associated with depression. But in this study does not show significant association with depression. The difference could be due to different measurement of drug adherence, sample size and study design. The reasons could also be due to irregular medicine intake, increases disease severity and frequency of seizure then this predisposes to depression.
Current substance use in this study shows that no significant association with depression. While in other studies done in Ethiopia; Addis Ababa  was associated with depression. The differences could be due to study area, study design and sample size differences.
Despite providing valuable baseline data, there are also some limitations encountered:
α) Recall bias regarding duration of illness, age onset of the seizure.
β) Social desirability bias as the data was collected by a face to face interviewer administered approach. So the respondents might reply in favorable of others that are either over reporting or under reporting.
χ) In this study only adult epileptic patients were included, so it is difficult to generalize all epileptic patients because those who were seriously ill patients and children, known depression patients and patients who are below six month on treatment fellow up were not included in the study.
Among epileptic patients, factors associated with depression occurrence includes Gender (female), living status (with relative), poor social support, age onset of epilepsy (12-24 years of age), and seizure frequency. Using a multivariable model were associated factors of depression, the above variables independently increased the risk of depression. Depression prevention efforts also should be targeted towards these risk factors among epileptic patients.
Based on the study findings the following recommendations are forwarded.
-Support to the epileptic patient to get access of medicines and related health services.
-Support to the epileptic patient (especially for female) to have a motivation on daily activities.
-Avoid over protection of the epileptic patients in order to have self-confidence and self-esteem.
-Support in relieving the over burden of responsibilities especially in females.
To health care providers
Health care providers should screen all patients that have follow up at epileptic OPD for depression, assess their adherences on treatment.
Use the updated protocol for management of seizure frequency and deliver epilepsy related education for the family of patient about the illness and its consequences.
To Government/Minster of health, NGOs and volunteers
Support health related problems especially with regard to identify the predisposing factors for depression in epileptic patients. This can be done through preparing road map, sponsoring and participating in studies and social mobilization on creating awareness and in overcome of the illness.
It is also recommended researchers to conduct further research studies to assess other additional factors with large sample size.
ACSH-Ayder Comprehensive Specialized Hospital; AOR-Adjusted Odds Ratio; COR-Crud Odds Ratio; CI-Confidence interval; HRQOL-Health Related Quality of Life, HRSD-Hamilton Rating Scale for Depression; MGH-Mekelle General Hospital; OPD-Out Patient Department; PHQ-Patient Health Questionnaire; SPSSStatistical Package for Social Sciences software; WHO-World Health Organization.
We would like to thank Mekelle University for supporting this study. We also thank Ayder comprehensive specialized hospital, Mekelle General Hospital staffs, data collectors, supervisors, and participants. Our appreciation also goes to our family and friends for their support and contribution.
All participants have individual rights that are not to be infringed. Individual participants in studies have, for example, the right to decide what happens to the (identifiable) personal data gathered, to what they have said during a study or an interview, as well as to any photograph that was taken.
KM was the principal investigator of the study; made substantial contributions in conception selecting design, data collection as well as analysis and interpretation of data. SA, HB and HT were the supervisors of the research; participated in designing and managing data collection and analysis. SA & HE involved in drafting and revising critically the manuscript. All authors also agreed to be accountable for all aspects of the work in ensuring that questions related to the accuracy or integrity of any part of the work are appropriately investigated and resolved. All authors read and approved the final manuscript.
Not applicable. This research did not receive any specific grant from funding agencies in the public, commercial, or not-for-profit sectors.
The datasets used during the current study is available from the corresponding author on reasonable request.
Ethical clearance and approval obtained from the institutional review board of Mekelle University. Moreover, before conducting the study, the purpose and objective of the study were described to the study participants and written informed consent was obtained. The study participants were informed as they have full right to discontinue. Subject confidentiality and any special data security requirements were maintained and assured by not exposing patients’ names and information. Besides, the questionnaires and all other information were stored on a personal computer which is protected with a password.
Not applicable as there is no image or other confidentiality related issues.
We authors declare that we have no conflict of interest.
- World Health Organization. Regional Office for the Eastern Mediterranean ( 2010) Epilepsy in the WHO Eastern Mediterranean Region: bridging the gap. [Ref.]
- Understanding Epilepsy (2008) Epilepsy Action Australia. [Ref.]
- Sadock BJ, Sadock VA (2007) Kaplan & Sadock’s Synopsis of Psychiatry: Behavioral sciences/clinical psychiatry. 10th Edition, 527- 528 and 580-582. [Ref.]
- De Boer HM, Mula M, Sander JW (2008) The global burden and stigma of epilepsy. Epilep & Behav 18: 540-546. [Ref.]
- Figueroa G (2002) Kaplan & Sadock’s Comprehensive Textbook of Psychiatry. Benjamin J, Sadock BJ, Sadock VA (eds) Revistachilena de neuro-psiquiatría 40: 279-281.
- Jackson MJ, Turkington D (2005) Depression and anxiety in epilepsy. J Neurol Neurosurg Psych 75: i45-i47. [Ref.]
- Epilepsy Action Australia (2011) Seizure Smart-a question of risk: life, death and epilepsy. [Ref.]
- Ekinci O, Titus JB, Rodopman AA, Berkem M, Trevathan E (2009) Depression and anxiety in children and adolescents with epilepsy: prevalence, risk factors, and treatment. Epilepsy Behav 14: 8-18. [Ref.]
- Kwon OY, Park SP (2014) Depression and anxiety in people with epilepsy. J Clin Neurol 10: 175-188. [Ref.]
- Phabphal K, Sattawatcharawanich S, Sathirapunya P, Limapichart K (2007) Anxiety and depression in Thai epileptic patients. J Med Assoc Thai 90: 2010-2015. [Ref.]
- Gelenberg AJ, Freeman MP, Markowitz JC, Rosenbaum JF, Thase ME, et al. (2010) Practice guidelines for the treatment of patients with major depressive disorder. 3rd Edition, Am J Psychiatry 167: 9-118. [Ref.]
- Blazer DG, Kessler RC, McGonagle KA, Swartz MS (1994) The prevalence and distribution of major depression in a national community sample: the National Comorbidity Survey. Am J Psychiatry 151: 979-986. [Ref.]
- Thompson ML (2007) Mental Illness. Health and Medical Issues Today. [Ref.]
- Lim GY, Tam WW, Lu Y, Ho CS, Zhang MW, et al. (2018) Prevalence of Depression in the Community from 30 Countries between 1994 and 2014. Sci Rep 8: 2861. [Ref.]
- World Health Organization (2001) The World health report: 2001: Mental health: new understanding, new hope. [Ref.]
- World Health Organization (2006) Mental Health Evidence, Research Team and Disease Control Priorities Project. Disease control priorities related to mental, neurological, developmental and substance abuse disorders. [Ref.]
- Fdroemo H (2012) National Mental Health Strategy 2012/13- 2015/16. Addis Ababa, Ethiopia: Federal Democratic Republic of Ethiopia Ministry of Health. [Ref.]
- Akiskal HS (2005) Mood disorders: historical introduction and conceptual overview. Sadock BJ, Sadock VA, Kaplan HI (eds) Kaplan and Sadock’s Comprehensive Textbook of Psychiatry. 8th edition, Philadelphia 1563-1565.
- Devane CL, Chiao E, Franklin M, Kruep EJ (2005) Anxiety disorders in the 21st century: status, challenges, opportunities, and comorbidity with depression. Am J Manag Care 11: S344-S353. [Ref.]
- Conway KP, Compton W, Stinson FS, Grant BF (2006) Lifetime comorbidity of DSM-IV mood and anxiety disorders and specific drug use disorders: results from the National Epidemiologic Survey on Alcohol and Related Conditions. J Clin Psych 67: 247-257. [Ref.]
- Cassano P, Fava M (2002) Depression and public health: an overview. J Psychosom Res 53: 849-857. [Ref.]
- Katon W, Ciechanowski P (2002) Impact of major depression on chronic medical illness. J Psychosom Res 53: 859-863. [Ref.]
- Carson RC, Butcher JN (1992) Abnormal psychology and modern life (9th) New York: Harper Collins.
- American Psychiatric Association (2000) Practice Guideline for the Treatment of Patients with Major Depressive Disorder (Revision). Amer J Psych157: 11-45. [Ref.]
- Fitzpatrick C, Sharry J (2004) Coping with depression in young people: A guide for parents. John Wiley & Sons. [Ref.]
- Kanner AM (2003) Depression in epilepsy: prevalence, clinical semiology, pathogenic mechanisms, and treatment. Biol Psych 54: 388-398. [Ref.]
- Chaka A, Awoke T, Yohannis Z, Ayano G, Tareke M, et al. (2018) Determinants of depression among people with epilepsy in Central Ethiopia. Ann Gen Psych 17: 27. [Ref.]
- Gelaye B, Williams MA, Lemma S, Deyessa N, Bahretibeb Y, et al. (2013) Validity of the patient health questionnaire-9 for depression screening and diagnosis in East Africa. Psych Res 210: 653-661. [Ref.]
- Kroenke K, Spitzer RL, Williams JB (2001) The PHQ-9: validity of a brief depression severity measure. J Gen Intern Med 16: 606-613. [Ref.]
- Bøen H (2012) Characteristics of senior centre users-and the impact of a group programme on social support and late-life depression. Norsk Epidemiol 22: 261-269. [Ref.]
- Pungrassami P, Kipp AM, Stewart PW, Chongsuvivatwong V, Strauss RP, et al. (2010) Tuberculosis and AIDS stigma among patients who delay seeking care for tuberculosis symptoms. Int J Tuberc Lung Dis 14: 181-187. [Ref.]
- Tan XI, Patel I, Chang J (2014) Review of the four item Morisky Medication Adherence Scale (MMAS-4) and eight item Morisky medication adherence scale (MMAS-8). Innovations in pharmacy 5: 5. [Ref.]
- Fuller-Thomson E, Brennenstuhl S (2009) The association between depression and epilepsy in a nationally representative sample. Epilepsia 50: 1051-1058. [Ref.]
- Abu Sheer A (2012) Depression among Epileptic Patients in Governmental Community Mental Health Centers in Gaza Strip.
- Dabilgou AA, Nanema D, Dravé A, Sawadogo SP, Kyelem JM, et al. (2019) Symptoms of Depression and Associated Risk Factors in Patients with Epilepsy in Burkina Faso. Open J Depres 8: 29-40. [Ref.]
- Duko B, Tamirat A, Mengesha T, Mathewos M (2018) Depressive Symptoms among Patients with Epilepsy Attending Adare General Hospital, Hawassa Ethiopia: Cross-sectional Study. J Psychi 21: 447. [Ref.]
- Yousafzai A-R, Yousafzai AW, Taj R (2009) Frequency of depression in epilepsy: a hospital-based study. J Ayub Med Coll Abbottabad 21: 73-75. [Ref.]
- Takele T, Adamu B (2018) Prevalence and Factors Associated to Depression and Anxiety among People with Epilepsy on Follow up at Hospitals in West Shewa Zone, Oromia Regional State, Central Ethiopia: Institutional Based Cross-Sectional Study. J Psych Ment Health 3. [Ref.]
- Zahiroddin AR, Shafiee-Kandjani AR, Ghoreishi FS (2008) Depression rate among 18-40-year-old patients suffering from generalized tonic-clonic epilepsy referred to Neurology Clinics in an Iranian Hospital. Neurosci 13: 86-87. [Ref.]
- Bifftu BB, Dachew BA, Tiruneh BT, Tebeje NB (2015) Depression among people with epilepsy in Northwest Ethiopia: a cross-sectional institution-based study. BMC research notes 8: 585. [Ref.]
- Tegegne MT, Mossie TB, Awoke AA, Assaye AM, Gebrie BT, et al. (2015) Depression and anxiety disorder among epileptic people at Amanuel Specialized Mental Hospital, Addis Ababa, Ethiopia. BMC psych 15: 210. [Ref.]
- Angelo AT (2018) Prevalence of Depression and its Associated Factors among Adult Epileptic Patients Following Treatment at Selected Public Health Facilities of Bench Maji Zone, South West Ethiopia, 2017. Angelo, Epilepsy J 4: 1. [Ref.]
- Tsegabrhan H, Negash A, Tesfay K, Abera M (2014) Co-morbidity of depression and epilepsy in Jimma University specialized hospital, Southwest Ethiopia. Neurol India 62: 649-655. [Ref.]
- Mensah SA, Beavis JM, Thapar AK, Kerr M (2006) The presence and clinical implications of depression in a community population of adults with epilepsy. Epilepsy Behav 8: 213-219. [Ref.]
- Lee SA, Lee SM, No YJ (2010) Factors contributing to depression in patients with epilepsy. Epilepsia 51: 1305-1308. [Ref.]
- Chandrasekharan SC, Menon V, Wadwekar V, Nair PP (2017) High frequency of depressive symptoms among adults with epilepsy: Results from a Hospital-based study. J Neurosci Rural Pract. 8: S13-S19. [Ref.]
- Onwuekwe IO, Ekenze OS, Bzeala-Adikaibe, Ejekwu JU (2012) Depression in patients with epilepsy: a study from Enugu, South East Nigeria. Ann Med Health Sci Res 2: 10-13. [Ref.]
- Agoub M, El-Kadiri M, Chihabeddine KH, Slassi I, Moussaoui D (2004) Depressive disorders among epileptic patients attending a specialised outpatient clinic. Encephale 30: 40-45. [Ref.]
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Article Type: RESEARCH ARTICLE
Citation: Mebrahtu K, Alefe S, Berhe H, Tsegabirhan H, Embafrash M (2023) Determinants of Depression among Adult Epileptic Patients, in Ayder Comprehensive Specialized Hospital and Mekelle General Hospital, Tigray, Ethiopia. Case Control Study. J Psychiatry Ment Health 8(1): dx.doi.org/10.16966/2474-7769.150
Copyright: © 2023 Mebrahtu K, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.