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    Self-Esteem in Idiopathic Epilepsy

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    Abstract

    People with etiologically unknown (idiopathic) epilepsy may have their self-esteem compromised to a certain extent, particularly the females. These results validate our position that people with epilepsy are “more than their mere symptomatic illness”, and that there is a worth in capturing wider patient-reported outcomes, beyond mere seizure frequency and severity. We consider that the usual epilepsy care must go beyond the mere prescription of ASMs.

    1. Introduction

    People with epilepsy are more than their mere symptomatic illness. By this, we mean that the patient’s cognitive, behavioural or emotional perceptions may also factor for the favourable clinical outcomes and social situation of the affected patients [1]. One such factor would be the patient’s self-esteem. Self-esteem is defined as a perception of inner-self in determining relation to oneself. It is an essential concept in chronic conditions, like epilepsy, for numerous reasons. Theories have held that what we believe about ourselves strongly influences our choices, decisions, level of effort and persistence, and how we subsequently perform [1]. For instance, low self-esteem is related to procrastination, delay and avoidance [2] as an excuse for adverse outcomes. Others have shown that those who report low self-esteem feel vulnerable and discouraged from seeking help [3]. On the other hand, higher the self-esteem, the more motivated would be the patient to engage in self-care and coping [4], which, in turn, means the reduced impact of illness on one’s life [5]. Self-esteem and self-efficacy are distinct constructs, but, increasing self-esteem could subsequently increase willpower in changing the negative health-related behaviours, which, in turn, builds self-efficacy [6].

    In case of epilepsy, reducing self-perception of epilepsy as something devaluating and shameful is an important goal of treatment strategy [7] because a poor sense of self-esteem contributes to the feelings of being different, which may counteract positive effects of treatment. For instance, others have shown that people with epilepsy feel like a burden on their family, which, in turn, increases their risk of self-injuries and death [8]. Similarly, low self-esteem is a barrier against learning of how to live with symptoms and being accustomed to the resultant identity change, which is essential for well-being in epilepsy [9]. In contrast, high self-esteem protects against falling into a negative, doubtful state regarding one's ability to cope with or overcome their illness [10].

    The risk of poor self-esteem may vary depending upon the cultural context of the patients. For instance, in many cultures, epilepsy is seen as a possession by evil spirits [11]. In another example, in the 6th century BC Persian Textbook of Avesta, [12] the “God states that the persons with epilepsy should not make an offering in honour of him”. So, people with epilepsy may feel the devaluation, shame, secrecy and withdrawal triggered by such negative stereotypes, [13] which may marginalize the patients, and their families and community. In addition, epilepsy is not a single and homogeneous disease condition, which means that the patient's own sense of esteem may differ with the type of epilepsy and seizures. For instance, etiologically unknown (hereafter referred as idiopathic) epilepsies, by definition, are those for which the underlying cause is not known (i.e., lack of causal inference). So, this ambiguity of identifiable external cause of the illness may mean that patients would perceive themselves as the internal locus of causality, i.e. recognizing oneself as the cause of events, something which is associated with low self-esteem [14]. Moreover, the causal ambiguity goes against the theory of locus of control in the sense that others (e.g., medical professionals) are controlling life's decisions (e.g., medication uptake) rather than the individual himself. Furthermore, confusion about one's identity arising from the idiopathic nature of epilepsy may lead one to maladaptive coping responses of escapism or avoidance of current issues [9].

    Furthermore, many epilepsy patients never achieve (or maintain) clinical remission despite several therapeutic options, [15] which means that adverse psychosocial sequelae would possibly be affecting their therapeutic outcomes in epilepsy [16]. Thus, with such a vision, the primary aim of this study was to look into the frequency and correlates of poor self-esteem in persons affected with idiopathic epilepsy in Demavend, Iran. The secondary aim of our study was to estimate the psychometric properties and factor structure parameters of a brief Gharagozli-Bhalla Self-Esteem in Epilepsy (GB-SEEQ) Questionnaire. We believe our work would help to provide means for rapid assessment of self-esteem in usual clinical settings as a way to improve the outcomes of epilepsy for the patient’s wholesome and sustained well-being.   

    2. Self-Esteem and Idiopathic Epilepsy

    Self-esteem is a clinically relevant parameter in epilepsy. For instance, by improving self-esteem, one may reduce the symptomatology and have improved quality of life [14][15]. Low self-esteem is a possible obstacle in effective self-management and coping, such as by negatively affecting one’s willpower to adhere. Low self-esteem may also lead to mental health issues such as depression or anger, which may further compound the negative impact of epilepsy on one’s life [17].

    In our study, the mean self-esteem was poorer among females than males, but, upon logistic regression, there was no association between sex and self-esteem components. These results are consistent with current data from numerous countries that have shown that males display higher self-esteem than females.[18] Any pattern of sex difference in self-esteem is possibly the result of multiple macropsychological mechanisms and a broad set of social, economic, demographic and cultural value indicators that guide culture-specific self-esteem development in males and females [18]. Another possible explanation for a sex difference in self-esteem could be related to the fact that females are more likely to have neurotic traits than males [19], which was found to be strongly related to being “displeased with myself” in our study. Neuroticism is the most studied personality trait in the health literature, and its association with poor self-esteem is not unexpected [20]. So, from these results, we may infer the need to include personality trait assessment as a part of usual epilepsy care, more so since therapy may alter negative personality traits, [21] which may help the patients in their day-to-day management of epilepsy [22]. Moreover, treating physicians may also consider complementing behaviour-modifying positive body image interventions [23] that help to trounce unhealthy beliefs to ensure one's acceptability to oneself. The association of hand tremors with self-esteem can also be understood through possible subjective alternation in body image and self-concept among the patients due to their epilepsy or its treatment [24]. Thus, active engagement of theory-based behaviour-modifying positive body image interventions, such as persuasive cognitive dissonance, [23] within usual epilepsy care may help to trounce unhealthy patient beliefs to ensure one's acceptability to oneself.

    The personal component of self-esteem was associated with unemployment and the side-effect of difficulty in finding words, names and appointments. Being gainfully employed allows one to feel content in personal, familial and social aspects of life [25]. But, unemployment contributes towards ill health and influence peoples' development, life's pleasures, quality of life and self-esteem in a negative way [25]. The association of self-esteem with unemployment in our study is reasonable since economic inactivity is strongly related to self-esteem [26]. Unlike many other conditions, epilepsy could be more disruptive and poorly acceptable socially, which may interfere with the epilepsy patient’s chances of being employed [27]. So, based on these results, we may infer the need for health agencies to improve the unfair prejudices and stereotypes (e.g., related to accidents and absenteeism from work [28]) of possible employers towards epilepsy [29]. Also, the health agencies should focus on creating job quota system for people with epilepsy or develop occupations that are adapted to epilepsy, such as the micro-franchisee program designed by the last author. In this micro-franchisee program, the recovered (or well-controlled) epilepsy patients work as “local advocacy, support, and domestic health visiting  agent” in their own rural settings in exchange for an honorarium and a bicycle [30][31][32].

    Another factor related to the personal component of self-esteem was the difficulty in finding words, names and appointments. Mild cognitive restrictions are common for people with epilepsy [33]. So, we may infer that treating physicians should make use of cognitive training interventions to deal with such anticipated issues, either from the prolonged use of ASMs or from seizure-induced brain injuries and neurodegeneration [34]. Others have also shown that those who undergo cognitive training achieve improved functional connectivity [35]. Similar could be the strategies for other side-effect issues that were found to be associated with self-esteem, for instance, hand tremor, which is an established side-effect [36] with ASMs, especially with valproate. Thus, instead of vague follow-ups, the health agencies should seek to develop a system of periodic follow-up contact with the patients to help issues identified early-on, through, for instance, domestic health visitors [30][31][32]. This way, treating physicians would have the possibility to optimize doses or change ASMs in an appropriate time and manner [36].

    The factors that affected the home/family component of our patient's self-esteem were headache, having been insulted due to epilepsy, always thinking about epilepsy, and illiteracy. People with epilepsy are less likely to follow their mandatory education well or be adequately employed, which is a risk for their adequate self-esteem. There is a substantial overlap between illiteracy and one's self-esteem through, for instance, unhealthy concepts and evaluations [4][7][10]. For instance, people with low literacy levels are often viewed as unintelligent, unproductive and deficient, which may or may not be true though [37]. Illiteracy is also associated with increased dependence upon others, poor coping and mental health [38]; which may affect one’s esteem through internalizing and externalizing ways. Unfortunately, illiteracy is not a factor that can be modified at the patient level, but, high levels of health literacy may translate into less harmful psychological elements [39]. Furthermore, the association of insult due to having epilepsy with self-esteem is not unexpected either. Feeling offended is a self-conscious emotion [40] like shame, and is typically trigged by a blow to a person’s honour, hence to one's public face.

    Another factor related to low self-esteem was “always thinking about epilepsy”. Always thinking about epilepsy may precipitate into a constant state of anxiety or fear, which is relatively reasonable since epilepsy is a long-term illness, and the onset of seizures is sudden, unpredictable and unprovoked. A variety of cognitive-behavioural therapies are available, which can help patients confront the pervasive effects of epilepsy or its treatment (e.g., headache) through self-responsibility, self-acceptance, and self-assertiveness [41]. For instance, cognitive-behavioural therapies may help epilepsy patients to overcome anxiety attacks, feelings of having no control over one’s life and being completely helpless.

    We also estimated the psychometric properties of our B-GEQ questionnaire. The alpha coefficient of internal consistency was considerably higher than the usual criteria of 0.70. High alpha coefficient means that all our elements were in line with each other to measure a common underlying construct together. Also, our questionnaire was not biased to raise one particular type of participant response since the group alpha coefficient for responding a yes to an item (a0.85), and no to an item (a0.93) was sufficiently high and similar to each other. Besides these, our factor structure was also adequate, for instance, 90.0% coefficient of determination, 86.9% cumulative variance, and 0.09 as the standardized residual. For factor analyses, we used conventional parameters, such as eigenvalue ≥1.0 and factor loading ≥0.40.

    3. Conclusions

    To conclude, we found that people with etiologically unknown (idiopathic) epilepsy in a non-western context may have their self-esteem compromised to a certain extent, particularly the females. These results validate our position that people with epilepsy are “more than their mere symptomatic illness”, and that there is a worth in capturing wider patient-reported outcomes, beyond mere seizure frequency and severity. By taking upfront the epilepsy patients as “more than their mere symptomatic illness”, we might be in a better position to reduce the compound impact of epilepsy on one's physical, mental, and social well-being through complementing behavioural therapies with usual ASMs. However, it is necessary to estimate the effect one, and who, may obtain from such complementary therapeutic approaches in epilepsy.

    References

    1. Bandura A. Self-efficacy: The exercise of control. New York: Worth Publishers; 1997.
    2. Ferrari J. Dysfunctional procrastination and its relationship with self-esteem, interpersonal dependency, and self-defeating behaviors. Pers Indiv Differ. 1994;17(5):673-9.
    3. Zartaloudi A. Help-seeking as a threat to self-reliance and self- esteem of an individual with mental health problems: a questionnaire survey. Hellenic J Nurs Sci. 2010;3(3):67-74.
    4. Davis L, Kurzban S, Brekke J. Self-esteem as a mediator of the relationship between role functioning and symptoms for individuals with severe mental illness: a prospective analysis of Modified Labeling theory. Schizophr Res 2012;137(1):185-9.
    5. Clark NM, Dodge JA. Exploring self-efficacy as a predictor of disease management. Health Educ Behav. 1999;26:72-89.
    6. Flay BR, Petraitis J. The theory of triadic influence: a new theory of health behavior with implications for preventive interventions. Adv Med Sociol. 1994;4:19-44.
    7. Baker G, Jacoby A, Gorry J, et al. Quality of life of people with epilepsy in Iran, the Gulf and Near East. Epilepsia. 2005;46:132-40.
    8. Sawangchareon K, Pranboon S, Tiamkao S, et al. Moving the Self-Esteem of People with Epilepsy by Supportive Group. J Caring Sci. 2013;2(4):329-35.
    9. Mann M, Hosman C, Schaalma, et al. Self-esteem in a broad spectrum approach for mental health promotion. Health Educ Res.2004;19:357-72.
    10. Strecher VJ, DeVellis BM, Becker MH, et al. The role of self-efficacy in achieving health behavior change. Health Educ Behav. 1986;13:73-92.
    11. Shibre T, Alem A, Tekle-Haimanot R, et al. Community attitudes towards epilepsy in a rural Ethiopian setting: a re-visit after 15 years. Ethiop Med J. 2008;46:251-59.
    12. Vansan A, Paladin F. Epilepsy and Persian culture: an overview. Epilepsia. 1992;33:1057-64.
    13. Ritsher J, Otilingam P, Grajales M. Internalized stigma of mental illness: psychometric properties of a new measure. Psychiatr Res. 2003;12:31-49.
    14. Shaha S. The Relationship of Self-Concept to Causal Attributions. ERIC. 1982;23:1-23.
    15. Hughes D, Bonnett L, Czanner G, et al. Identification of patients who will not achieve seizure remission within 5 years on AEDs. Neurol. 2018;91(22):e2035-e44.
    16. Jalava M, Sillanpää M, Camfield C, et al. Social adjustment and competence 35 years after onset of childhood epilepsy: a prospective controlled study. Epiilepsia. 1997;38(6):708-15.
    17. Sowislo JF, Orth U. Does low self-esteem predict depression and anxiety? A meta-analysis of longitudinal studies. Psychol Bull. 2013;139:213-40.
    18. Bleidorn W, Arslan R, Denissen J, et al. Age and Gender Differences in self-esteem-A Cross-Cultural Window. J Pers Soc Psychol. 2016;111(3):396-410.
    19. Weisberg Y, DeYoung C, Hirsh J. Gender differences in Personality across the Ten aspects of the Big Five. Front Psychol. 2011;2:178-82.
    20. Ormel J, Rosmalen J, Farmer A. Neuroticism: a non-informative marker of vulnerability to psychopathology. Soc Psychiatr Psychiatric Epid. 2004;39(11):906-12.
    21. Roberts B, Luo J, Briley D, et al. A systematic review of personality trait change through intervention. Psychol Bull. 2017;143(2):117-41.
    22. Holmes E, Hughes D, Morrison V. Predicting Adherence to Medications Using Health Psychology Theories: A Systematic Review of 20 Years of Empirical Research. Value Health. 2014;17(8):863-76.
    23. Stice E, Rohde P, Durant S, et al. A preliminary trial of a prototype Internet dissonance-based eating disorder prevention program for young women with body image concerns. J Consult Clin Psychol. 2012;80(5):907-16.
    24. Lukianowicz N. "Body Image" Disturbances in Psychiatric Disorders. Br J Psychiatr. 1967;113(494):31-47.
    25. Axelsson A, Andersson I, Edén L, et al. Inequalities of Quality of Life in Unemployed Young Adults: A Population-Based Questionnaire Study. Int J Equity Health. 2007;6(1):25-31.
    26. Kwong K, Lam D, Tsui S, et al. Self-esteem in adolescents with epilepsy: Psychosocial and seizure-related correlates. Epilepsy Bbehav. 2016;63:118-22.
    27. Krumholz A, Hopp J., Sanchez A. Counseling epilepsy patients on driving and employment. Neurol Clin. 2016;34(2):427-42.
    28. Johnson E. Perspectives on work for people with epilepsy. In: Schultz I, Gatchel J, editors. Handbook of return to work. 2. New York: Springer; 2016. p. 617-32.
    29. Chaplin J. Vocational assessment and intervention for people with epilepsy. Epilepsia. 2005;46(1):55-6.
    30. Hun C, Hok T, Bhalla D. Epilepsy: some controversies, some knowledge and some experience from Cambodia. Neurol India. 2014;62(6):606-9.
    31. Bhalla D. Domestic health visiting: an innovative approach to bridge Gaps in epilepsy care in Laos and Cambodia. Varetz, France: 2012.
    32. Bhalla D. Epilepsy in Cambodia: results and perspectives. Ho Chi Minh, Vietnam: 2011.
    33. Vingerhoets G. Cognitive effects of seizures. Seizure. 2006;15(4):221-26.
    34. Golino M, Flores-Mendoza C. Desenvolvimento de um programa de treino cognitivo para idosos. Rev Bras Geriatr Gerontol. 2016;19(5):769-85.
    35. Sherman D, Mauser J, Nuno M, et al. The Efficacy of Cognitive Intervention in Mild Cognitive Impairment (MCI): a Meta-Analysis of Outcomes on Neuropsychological Measures. Neuropsychol Rev. 2017;27(4):440-84.
    36. Morgan J, Harrison M. Antiepileptics. In: Factor S, Lang A, Weiner W, editors. Drug induced movement disorders. 1. Malden: Blackwell Futura; 2005. p. 408-29.
    37. Lipnevich A. Low Self-Esteem: Myth or Reality? Focus on Basics-Connecting research with practice. 2006;8:3-6.
    38. Maughan B, Carroll J. Literacy and Mental Disorders. Curr Opin Psychiatr. 2006;19(4):350-4.
    39. ASEM. Approaches to Reducing Stigma. In: Academies of Sciences and Medicine, Ed. Ending Discrimination against People with Mental and Substance Use Disorders: The Evidence for Stigma Change. 1. Washington, DC: National Academies Press (US); 2016. p. 50-72.
    40. Lewis M. Self-conscious emotions: embarrassment, pride, shame, and guilt. In: Lewis M, Haviland-Jones J, Feldman Barrett L, editors. Handbook of Emotions 3. New York: Guilford Press; 2008. p. 742-56.
    41. Foddis W. Branden's Self-Esteem Theory within the Context of Academic Psychology. J Ayn Rand Stud. 2016;16(1):187-206.
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