Survey of Psychiatric Disorders and Quality of Life among Kaohsiung Gas Explosion Victims 12 Months after the Event
Received Date: Oct 09, 2017 / Accepted Date: Nov 14, 2017 / Published Date: Nov 24, 2017
Objective: To investigate the probable disaster-related psychiatric disorders, such as major depressive episodes (MDEs) and post-traumatic stress disorder (PTSD); and quality of life (QoL) in survivors of a fossil fuel gas explosion in Taiwan with a long-term follow-up twelve months after the event.
Methods: We used two screening tools, including the Disaster-Related Psychological Screening Test (DRPST) and Short Form 12v2 (SF-12v2), to survey a representative sample of 486 participants (average age: 42.89 ± 16.05 years; M: 255, average age: 40.68 ± 15.92 years; F: 231; average age: 45.32 ± 16.20 years) twelve months after the event.
Results: Twelve months post-gas explosion, probable PTSD, probable MDE, probable PTSD and MDE, and non- PTSD or non-MDE (non-P or M) were present in 50 (10.3%), 14 (2.9%), 34 (7.0%), and 388 (79.8%) participants, respectively. The significant risk factors of probable PTSD or MDE and QoL in survivors were older age, female sex, physical injury, occupation, educational level, financial problems, probable PTSD and probable MDE.
Conclusion: Survivors still exhibited an increased prevalence of psychiatric impairment, and their quality of life was affected after twelve months. Thus, mental rehabilitation requires not only short-term intervention but also long-term follow-up and regular psychiatric management.
Keywords: Gas explosion; Major depressive episode; Post-traumatic stress disorder; Disaster-related psychological screening test; Short form 12v2
In recent years, the number of major disasters has been increasing worldwide, including in Taiwan. These types of disasters can be natural or man-made [1,2] and severely threaten a region’s social and economic development. Natural disasters include typhoons, tsunamis, floods, earthquakes (including the 2004 South Asian tsunami, which was caused by an earthquake), droughts, and landslides. Man-made disasters include major fires, explosions, aircraft accidents (including the 911 terrorist attacks in 2001 that caused panic in the United States and around the world), toxic chemical and gas leaks, and epidemics. The major natural disasters that have occurred in Taiwan include the following: the Nantou Chi Chi 921 earthquake in 1999 [2,3]; the South Taiwan Morakot flood disaster on August 8, 2009 ; and the Tainan City Yongkang Wei Guan Jinlong building collapse caused by the Mei- Long earthquake on February 6, 2016. Man-made disasters in Taiwan include the 2003 SARS epidemic, the Taipei Mass Rapid Transportation mass killer in 2014, the recovery efforts after a large airplane crash, the Penghu shipwreck, and food safety issues. In this study, we focus on a petrochemical gas explosion, a major man-made accident, which occurred in Kaohsiung on August 1, 2014.
According to the Red Cross Society, Asia is more disaster prone than other areas of the world [3,4]. The most common disaster-related psychiatric diagnoses are major depressive episode (MDE) and posttraumatic stress disorder (PTSD) . The brief case definition of MDE is someone with a persistent depressed mood and/or loss of interest almost daily for at least two weeks combined with impairments of vegetables sign, such as insomnia, poor appetite or weight loss . The brief case definition of PTSD is someone who experienced at least one of re-experience symptoms, three of numbness/avoidance and two of arousal responses for at least one month according to the DSM-IV-R [3,5]. When survivors had MDE/PTSD, except mental health impairment, their work ability decreased, and symptoms last longer. Thus, these individuals require psychiatric treatment to prevent individual disabilities.
Physical risk and material losses are strongly associated with PTSD [6,7]. Following a disaster, psychological problems have a greater impact on quality of life than injuries . Health-related quality of life (HRQoL) includes physical, mental, and social dimensions. HRQoL is determined in part by the patients’ perceptions of their state of mental and physical health . Many studies have shown that quality of life (QoL) is significantly negatively correlated with age, female sex, mental illness, physical illness and economic problems and is positively correlated with social support and psychological assistance [10-14]. Therefore, a survey of post-disaster survivors’ psychiatric diseases and QoL could be helpful for further mental rehabilitation preparation.
Early in the morning of August 1, 2014, a major petrochemical gas explosion occurred, causing more than 700 casualties in Lingya District, Kaohsiung City . A health organization carried out disaster mental health rehabilitation and simultaneously established a disaster psychological assistance group. We performed "walk around" care to provide victims with emergency mental health services from the event until twelve months after. We expected to eliminate the negative psychological impact of the catastrophic event to restore a normal and calm emotional state and QoL. However, many survivors with mental illness did not seek psychiatric help due to stigma or did not understand their own suffering from mental illness. These individuals may use alcohol, drugs or self-harm to seek relief . A support system is particularly important after disasters. Some people suffering from a disaster can recover with the support of their families, friends or colleagues. However, even with the right activities, there are still longterm health problems in many victims . Therefore, reconstruction of life after a disaster can be a challenging process. Mental rehabilitation is a part of life reconstruction and requires a planned and comprehensive approach. After a disaster, PTSD will have a more severe and painful effect and must be addressed with appropriate treatment and assistance. In addition, post-disaster intervention is required for the emergency stage and to maintain victims’ long-term recovery. Given the strong relationship between psychiatric disorders and QoL, especially after a disaster, the purpose of this research was to investigate the prevalence and risk factors of psychiatric disorders (probable PTSD and MDEs) in individuals who survived the petrochemical gas explosion in Taiwan; these factors were compared between six and twelve months after the event. Additionally, the QoL of the victims with related risk factors was simultaneously investigated.
Materials And Methods
In this study, we used the Disaster-Related Psychological Screening Test (DRPST) developed by Chou et al. , which is a rapid screening scale for MDEs and PTSD supplemented with information regarding background and risk factors. The DRPST was initially designed to enable effective and rapid screening of MDE and PTSD in disaster survivors [1-3] and policemen/firefighters [8,14,16] (including 17 items for PTSD and 9 items for MDEs) according to the DSM-IV criteria. A seven-symptom scale and a three-symptom analog scale were selected for PTSD and MDE screening, respectively. Scores of 4 or higher on the PTSD scale were used to define the group of survivors with PTSD; this method has been validated in previous studies [1-3,8,15,16]. The positive predictive value of this cutoff score was 97.2%, and the negative predictive value was 97.4%. A score of 2 or more on the MDE scale was used to define cases with MDE, and this method has shown a positive predictive value of 83.3% and a negative predictive value of 99.3% . The SF-12v2 incorporates two dimensions, the physical component summary (PCS) and mental component summary (MCS), to estimate health-related functions within the following eight subscales: physical functioning (PF), role limitations caused by physical problems (RP), bodily pain (BP), general health (GH), role limitations caused by emotional problems (RE), vitality (VT), social functioning (SF), and mental health (MH). All 8 scales were used to score PCS and MCS, which were calculated by multiplying by different coefficients. A higher score is indicative of better of QoL [17-20].
In this study, the authors selected community residents and survivors affected by the fossil fuel gas explosion after the event as the first-year research subjects. The Kaohsiung municipal government health bureau created a petrochemical gas explosion public information file, which focused on the disaster after the end of the acute period. It was necessary to survey this dynamic population twice (six and twelve months after the event) to compare the change in psychiatric diseases and recovery as well as quality of life. Thus, a communitybased screening survey with a dynamic population was conducted. The number of participants in the first year was less than that in the first half of the year. Both groups of participants were affected by this event. The respondents completed the DRPST and SF-12v2 with the help of research assistants, who received a two-week training course according to standard operating procedures. The inclusion criteria included the following: 1. survivors who lived at the disaster site when the gas explosion occurred; 2. injured survivors who were passing the road when the gas explosion occurred; and 3. rescue workers. The exclusion criteria included the following: 1. for survivors of the petrochemical gas explosion, the occurrence of insomnia, the nature of medical treatment, and a diagnosis of psychiatric illness by specialists in the previous year; 2. unrelated mental disorders and previous exposure to other disasters; and 3. not living in this study community and not witnessing the disaster victims. Finally, 486 participants were included (average age: 42.89 ± 16.05 years; M: 255, average age: 40.68 ± 15.92 years; F: 231; average age: 45.32 ± 16.520 years). However, 502 participants were included (average age: 42.90 ± 16.61 years; M: 270, average age: 40.89 ± 16.40 years; F: 232; average age: 45.25 ± 16.58 years) at six months . The study was approved by the Institutional Review Board of Kaohsiung Municipal Kai-Syuan Psychiatric Hospital (KSPH-2015-05), and all participants provided informed consent.
After summing Likert-type scale items on the SF-12v2 survey, each scale was standardized (with scores from 0 to 100, reflecting the lowest and highest levels of functioning, respectively). All data were analyzed using statistical software (SPSS Version 17.0). Chi-square test and one-way ANOVA with Scheffé's method for post-examination were used analyze the victims’ demographic data (such as sex, age, physical injuries, occupation, current marital status, education level, religious belief, and financial problems) and differences between QoL and the four respondent groups. In addition, we used logistic regression analysis to examine the demographic data of the victims, probable psychiatric impairment, and gas explosion risk factors; multiple regression analysis was used to examine relationships between the victims' demographic data, possible PTSD, possible MDE and QoL.
Regarding the participants’ basic attributes, there were more males than females and the age distribution mostly included individual’s ≤45 years of age. Furthermore, the participants were primarily from affected households, did not have injuries, were from the working class, were mostly married, had a university-level education, and held primarily Buddhist, Taoist or of other traditional beliefs.
In total, 98 of the 486 respondents (20.2%) had at least one probable psychiatric diagnosis and were assigned to the following groups: probable PTSD (n=50) (10.3%), probable MDE (n=14) (2.9%), and probable PTSD and MDE (n=34) (7.0%). The remaining 388 respondents (79.8%) were assigned to the non-P or M group. The socio-demographic characteristics were as follows at six and twelve months: mostly of female sex (46.2%, 47.5%, respectively), average age (42.90 ± 16.61, 40.68 ± 15.92, respectively), severe physical injuries (16.9%, 14.2%, respectively), employment (69.3%, 68.1%, respectively), married/living together (51.6%, 53.1%, respectively), college education or higher (40.0%, 43.0%), religious beliefs (69.7%, 68.3%, respectively), and financial problems (35.7%, 24.5%, respectively). The respondents who had physical injuries or financial problems after the gas explosion had significantly worse psychiatric impairment than did those who did not have these problems. By contrast, current marital status (single) was significantly different (p=0.006). The levels of physical injuries in the psychiatric diagnosis groups were significantly greater than those in the non-P or M groups (p=0.014). Additionally, financial problems were significantly more frequent in the probable MDE group than in the non-P or M group (p<0.001) (Table 1).
|Non-P or M||Probable PTSD||Probable MDE||Probable PTSD and MDE|
|n=388||Rate (%)||n=50||Rate (%)||n=14||Rate (%)||n=34||Rate (%)||p-value|
|(Mean ± SD)||42.4||16.5||44.6||17.5||45.0||15.8||45.7||9.7|
|Mild or Moderate||95||82.6||8||7.0||4||3.5||8||7.0|
|Current Marital Status||0.006**|
|Married/ Living Together||204||79.1||21||8.1||6||2.3||27||10.5|
|Junior High School or Below||82||73.9||15||13.5||3||2.7||11||9.9|
|Senior High School||126||75.9||21||12.7||6||3.6||13||7.8|
|College or Higher||180||86.1||14||6.7||5||2.4||10||4.8|
Note: a. Chi-square Test; b. One-Way ANOVA; b. *p<0.05; **p<0.01; ***p<0.001
Table 1: Demographic data of the respondents with probable psychiatric diseases twelve months post-gas explosion.
The risk factors of probable psychiatric disorders in post-gas explosion respondents were sex, physical injury (severe), and financial problems, which all showed significant associations with probable psychiatric disorders. The risk of probable psychiatric disorders was lower in male respondents than in female respondents (OR=0.508, p=0.013). Furthermore, the risk of probable psychiatric disorders was more severe in respondents with severe physical injuries (OR=3.831, p<0.001) and in those with financial problems (OR=3.296; p<0.001) than in those without (Table 2).
|Odds ratio||95% CI||p-value|
|Mild or Moderate||1.312||0.698||2.467||0.399|
|Current Marital Status|
|Junior High School or Below||ref.|
|Senior High School||1.032||0.548||1.941||0.923|
|College or Higher||0.577||0.279||1.196||0.139|
Note: *p<0.05; **p<0.01; ***p<0.001
Table 2: Risk factors for probable psychiatric impairment among respondents twelve months post-gas explosion (n=486).
The QoL scores for RE in the non-P or M groups were significantly higher than the scores in the different, probable psychiatric impairment groups (p<0.001). The QoL scores for PF, RP, BP, GH, VT, SF, MH, PCS and MCS in the non-P or M groups were significantly higher than the scores in the probable PTSD group and probable PTSD and MDE groups (p<0.001). In addition, the QoL scores for SF, RE and MCS in the probable PTSD group and probable MDE group were significantly higher than the scores in the probable PTSD and MDE group (p<0.001). Furthermore, the QoL scores for BP in the probable MDE group were significantly higher than the scores in the probable PTSD and MDE group (p<0.001). The QoL scores for VT and MH in the probable MDE group were significantly higher than the scores in the probable PTSD group and probable PTSD and MDE group (p<0.001) (Table 3).
|Non-P or Ma||Probable PTSDb||Probable MDEc||Probable PTSD and MDEd||p-value||Scheffé’s method|
|RE||82.1||19.1||59.5||25.6||64.3||22.9||39.7||28.4||<0.001***||a>b, c, d
1. PCS: Physical Component Summary; MCS: Mental Component Summary; PF: Physical Functioning; RP: Role Physical; BP: Bodily Pain; GH: General Health; VT: Vitality; SF: Social Functioning; RE: Role Emotional; and MH: Mental Health
2. *p<0.05; **p<0.01; ***p<0.001
Table 3: Comparison of quality of life for each group among respondents twelve months post-gas explosion.
Table 4 shows that religious beliefs were not associated with the QoL subscales. However, probable MDE was significantly negatively associated with the QoL subscales (all p<0.05). Additionally, female sex showed a negative association with QoL in the RE (p=0.047) subscales. Age also showed a negative association with QoL in the PF (p<0.001), RP (p<0.001), BP (p<0.001), GH (p<0.001), VT (p=0.017), SF (p=0.027), RE (p=0.007) and PCS (p<0.001) subscales. Negative associations were observed between mild or moderate physical injuries, severe physical injuries and QoL in the PF (p=0.011, p<0.001), RP (p<0.001), BP (p=0.001, p<0.001), GH (p<0.001), VT (p=0.003, p<0.001), RE (p=0.044, p<0.001) and PCS (p<0.001) subscales; severe physical injuries were negatively associated with QoL in the SF (p=0.023) subscale. However, occupation was positively correlated with QoL in the PF (p=0.001), RP (p=0.002), BP (p=0.003), GH (p=0.011), SF (p=0.023), RE (p<0.001), MH (p=0.003), PCS (p=0.004) and MCS (p=0.005) subscales. Current marital status (married/living together) was positively associated with QoL in the BP (p=0.045), GH (p=0.026) and PCS (p=0.020) subscales. Educational level (senior high school) showed positive correlations with QoL in the PF (p=0.005), BP (p=0.032) and PCS (p=0.004) subscales; and educational level (college or higher) showed positive associations with QoL in the PF (p=0.041), GH (p=0.016) and PCS (p=0.019) subscales. Additionally, QoL showed negative associations with financial problems in the RP (p=0.043), BP (p=0.001), GH (p=0.001), VT (p<0.001), SF (p=0.001), RE (p=0.001), MH (p<0.001) and PCS (p<0.001) subscales. Finally, probable PTSD showed negative associations with QoL in the PF (p=0.008), RP (p<0.001), BP (p=0.004), GH (p=0.004), SF (p<0.001), RE (p<0.001), MH (p=0.004), PCS (p=0.007) and MCS (p<0.001) subscales (Table 4).
|Mild or Moderate||-6.79*||-10.11***||-7.29**||-9.54***||-6.80**||-3.99||-4.53*||-3.62||-3.56***||-1.47|
|Current Marital Status|
|Junior High School or Below||ref.||ref.||ref.||ref.||ref.||ref.||ref.||ref.||ref.||ref.|
|Senior High School||8.48**||5.28||5.14*||2.86||-1.41||1.43||1.22||-0.77||2.85**||-1.06|
|College or Higher||6.66*||3.30||1.37||8.00*||-2.90||-0.37||-0.32||-0.66||2.50*||-1.32|
|Probable MDE (No/Yes)||-9.92**||-11.58***||-11.51***||-14.74***||-21.70***||-15.50***||-17.76***||-23.04***||-2.22*||-10.76***|
|Probable PTSD (No/Yes)||-10.60**||-17.30***||-9.14**||-11.81**||-4.81||-15.15***||-20.98***||-8.46**||-3.54**||-6.11***|
Note: 1.PCS: Physical Component Summary; MCS: Mental Component Summary; PF: Physical Functioning; RP: Role Physical; BP: Bodily Pain; GH: General Health; VT: Vitality; SF: Social Functioning; RE: Role Emotional; and MH: Mental Health
2. *p<0.05; **p<0.01; ***p<0.001
Table 4: Multiple regression for the prediction of SF-12v2 subscale scores for respondents twelve months post-gas explosion (n=486).
We believe that this study has the following strengths: 1. We continued to survey survivors with rapid screening scales and offered mental rehabilitation, including psychiatric treatment, for participants with psychiatric impairment, which allowed professionals to offer early intervention and provide continuous follow-up care or medical treatment. 2. We provided disaster epidemiological data, including risk factors, for public health. However, this study has the following limitations: Gas explosion survivors may be reluctant to consciously recall the situation at that time without any problems and refuse to be visited. This issue may result in underestimation of the severity of survivors' psychiatric conditions or underestimation of the proportion of survivors suffering from mental illness. We also used screening scales instead of psychiatrists to survey survivors’ psychiatric disorders due to the insufficient availability of psychiatrists.
We found that survivors’ psychological trauma, risk factors and QoL were similar at one year after the southern Taiwan Kaohsiung gas explosion compared with six months after the event . Current marital status and probable psychiatric diagnosis were statistically significant after a year but were not significantly different compared with those within 6 months . Based on the survey administered at 6 months, 161 respondents (32.1%) had at least one probable psychiatric diagnosis and were assigned to the following groups: probable PTSD (n=54) [10.8%], probable MDE (n=37) (7.4%), or probable PTSD and MDE (n=70) (13.9%) . We found that probable PTSD, probable MDE, and probable PTSD and MDE were likely to decrease after a year (Table 1), which is similar to the results following other disasters in Taiwan. After disaster burns, 55% of patients have at least one mental illness after 6 months, of which PTSD accounted for 12%. In addition, 57% of burns in patients with mental illness will occur within a year. As time increases, morbidity decreases [1,21]. The results of this study (Table 2) showed that female sex, severe physical injuries and financial problems were significant risk factors of psychiatric impairment. Age and mild or moderate physical injuries from the disaster are no longer risk factors at one year compared with six months after the event. However, body deformities and job problems can cause separate or concurrent psychiatric and emotional distress in burn patients . Shalev emphasizes the importance of group cohesion, marital discord, and leadership skills as mediating factors . People who have experienced or have been affected by natural disasters are able to recover with the support of their families, friends or colleagues . Therefore, we infer when the duration of the traumatic experience is longer, there are more serious and relevant physical injuries as well as post-disaster financial problems; additionally, the need for a support system is very important.
When we compared QoL for each of the different groups in postgas explosion respondents (Table 3) with that of respondents after 6 months in a previous study, we found the following results: first, only RE scores were still higher in non-P or M QoL than in probable PTSD QoL. All other groups became non-P or M and had higher QoL than probable PTSD and probable PTSD and MDE. Second, RP and MH were no longer associated with probable PTSD, and probable MDE QoL was higher than probable PTSD and MDE QoL. Probable MDE QoL was higher than probable PTSD and MDE QoL, which increased VT and MH. The concurrent psychopathology symptoms, including depression, anxiety and PTSD symptoms, were among the factors negatively associated with QoL . QoL is a dynamic multidimensional model and consists of the three following main dimensions: the physical, social, and mental dimensions of health . Thus, even after a year, the probability of probable psychiatric diagnosis decreased, but probable PTSD and MDE still affected QoL, even more than 6 months after the event, which affected BP, VT and MH.
In Table 4, we found that probable MDE and QoL were still significantly negatively correlated with various dimensions of QoL at one year compared with six months after the explosion. Interestingly, there was no correlation between religious beliefs and QoL after one year, which is different from that after six months. Other altered relationships included the following: age and VT, sex and RE, physical injuries (mild or moderate) and VT, physical injuries (mild or moderate) and SF, current marital status and PF, RP and BP, RP and GH, educational level (senior high school) and PF, educational level (senior high school) and BP, education level and PCS, educational level (college higher) and RP, BP and PF, BP and PCS, financial problems and PF, and financial problems and PCS, probable PTSD and PF, probable PTSD and GH, probable PTSD and VT, and probable PTSD and PCS. Additionally, only occupation was not associated with VT. Psychological problems after a traumatic event can cause more damage than the impact of changes in material QoL . Many disaster studies have found that physical injuries, work ability, financial problems, postdisaster mental illness and QoL are closely related [8,11,13]. A year after the disaster, we can not only still observe the effects of psychological problems but also see the increasing impact and inconvenience of serious physical injuries on financial problems.
This intervention resulted in a mild decline in the number of cases of mental illness one year later. However, more serious psychiatric diseases and worse QoL can result in worse relative recovery. Survivors still exhibited an increased prevalence of psychiatric impairment, and their quality of life was affected. Therefore, mental rehabilitation should be continued for a longer period of time. Many survivors were deeply hurt by the event, and their QoL was also affected, especially survivors with probable PTSD and MDE, severe physical injuries, and/or financial problems. Thus, the authors suggest that long-term follow-up and regular psychiatric management are needed during the reconstruction of the lives of survivors.
The study was supported by grants from the Bureau of Health, Kaohsiung City government, and the Ministry of Science and Technology, Republic of China (MOST 104-2625-M-280-001-). The authors also appreciate the assistance of the staff at the Bureau of Health, Kaohsiung City government and Kaohsiung Municipal Kai-Syuan Psychiatric Hospital.
- Chou FH (2016) The mental rehabilitation of burn patients after a major disaster. J Nursing 63: 1–7.
- Chou FH, Tsai KY, Wu HC, Su TT, Chou P (2006) Disaster and Posttraumatic Stress Disorder. Taiwanese J Psychiatry 20: 85-103.
- Lo, AH, Su CY, Chou FH (2012) Disaster psychiatry in Taiwan: A comprehensive review. J Exp Clin Med 4: 77-81.
- Lo AH, Chen CC, Chou FH, Chang HT (2011) A comparison of posttraumatic stress symptoms in survivors of the chi-chi earthquake and morakot flood. Taiwanese Journal of Psychiatry 25: 167-179.
- Kilpatrick DG, Resnick HS, Milanak ME, Miller MW, Keyes KM, et al. (2013) National estimates of exposure to traumatic events and PTSD prevalence using DSM-IV and DSM-5 criteria. J Trauma Stress 26: 537-547.
- Fontalba-Navas A, Lucas-Borja ME, Gil-Aguilar V, Arrebola JP, Pena-Andreu JM, et al. (2017) Incidence and risk factors for post-traumatic stress disorder in a population affected by a severe flood. Public Health 144:96-102.
- Nair-Hemanth P, Ekenga-Christine C, Cone-James E, Brackbill-Robert M, Farfel-Mark R, et al. (2012) Co-occurring lower respiratory symptoms and posttraumatic stress disorder 5 to 6 years after the world trade center terrorist attack. Am J Public Health 102: 1964-1973.
- Kendrick D, Kelllezi B, Coupland C, Maula A, Beckett K, et al. (2017) Psychological morbidity and health-related quality of life after injury: multicentre cohort study. Qual Life Res 26: 1233-1250.
- Karyani AK, Rashidian A, Sefiddashti SE, Sari AA (2016) Self-reported health-related quality of life (HRQoL) and factors affecting HRQoL among individuals with health insurance in Iran. Epidemiology and Health 26: e2016046.
- Khachadourian V, Armenian HK, Demirchyan A, Goenjian A (2015) Loss and psychosocial factors as determinants of quality of life in a cohort of earthquake survivors. Health Qual Life Outcomes 13: 1-8.
- Zhang LP, Zhao Q, Luo ZC, Lei YX, Wang Y, et al. (2015) Prevalence and risk factors of posttraumatic stress disorder among survivors five years after the “Wenchuan” earthquake in China. Health Qual Life Outcomes 13: 1-7.
- Tsai KY, Su CY, Chou FH, Lin KC, Lin WK, et al. (2010) Models to predict unresolved post-traumatic stress symptoms in earthquake survivors: Comparison of classification and regression tree and logistic regression. Taiwanese Journal of Psychiatry (Taipei) 24: 30-40.
- Wu HC, Chou P, Chou FH, Su CY, Tsai KY, et al. (2006) Survey of quality of life and related risk factors for a Taiwanese village population 3 years post-earthquake. Aust N Z J Psychiatry 40: 355-361.
- Huang JJ, Wu TG, Chen YC, Chiu JY, Chou P, et al. (2017) A preliminary report of psychiatric impairments and quality of life among kaohsiung gas explosion survivors six months after the event. Qual Life Res.
- Chou FH, Su TT, Ou-Yang WC, Chien IC, Lu MK, et al. (2003) Establishment of a disaster-related psychological screening test. Aust N Z J Psychiatry 37: 97-103.
- Tsai KY, Chou P, Chou FH, Su TT, Lin SC, et al. (2007) Three-year follow-up study on the relationship between posttraumatic stress symptoms and quality of life among earthquake survivors in Yu-Chi, Taiwan. J Psychiatr Res 41: 90-96.
- Brazier JE, Roberts J (2004) The estimation of a preference-based measure of health from the SF-12. Med Care 42: 851–859.
- Burdine JN, Felix MR, Abel AL, Wiltraut CJ, Musselman YJ (2000) The SF-12 as a population health measure: an exploratory examination of potential for application. Health Serv Res 35: 885–904.
- Chen HC, Chou FH, Chen MC, Su SF, Wang SY, et al. (2006) A survey of quality of life and depression for police officers in Kaohsiung, Taiwan. Qual Life Res 15: 925-932.
- Chen YS, Chen MC, Chou FH, Sun FC, Chen PC, et al. (2007) The relationship between quality of life and posttraumatic stress disorder or major depression for firefighters in Kaohsiung, Taiwan. Qual Life Res 16: 1289-1297.
- Chou FH, Wu HC, Chou P, Su CY, Tsai KY, et al. (2007) Epidemiologic psychiatric studies on post-disaster impact among Chi-Chi earthquake survivors in Yu-Chi, Taiwan. Psychiatry Clin Neurosci 61: 370-378.
- McFarlane AC (2010) You have free access to this content The long-term costs of traumatic stress: intertwined physical and psychological consequences. World Psychiatry 9: 3–10.
Citation: Chou FHC, Huang JJ, Wu TEG, Chiu JY, Chen YC, et al. (2017) Survey of Psychiatric Disorders and Quality of Life among Kaohsiung Gas Explosion Victims 12 Months after the Event. J Psychiatry 21: 432. DOI: 10.4172/2378-5756.1000432
Copyright: © 2017 Chou FHC, 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.
Select your language of interest to view the total content in your interested language
Share This Article
March 25-26, 2019 Yokohama, Japan
October 21-22, 2019 Tokyo, Japan
- Total views: 2007
- [From(publication date): 0-2018 - Jan 16, 2019]
- Breakdown by view type
- HTML page views: 1957
- PDF downloads: 50