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Health-related quality of life and the ability to perform activities of daily living: a cross-sectional study on 1079 war veterans with ankle-foot disorders

  • Mostafa Allami1,
  • Amir Yavari1,
  • Amir Karimi1,
  • Mehdi Masoumi1,
  • Mohammadreza Soroush1 and
  • Elahe Faraji1Email author
Military Medical Research20174:37

https://doi.org/10.1186/s40779-017-0146-1

Received: 22 May 2017

Accepted: 10 November 2017

Published: 29 November 2017

Abstract

Background

The ankle-foot injuries are among the war-related injuries that cause many serious secondary problems for a lifetime. This nationwide study aimed to assess health-related quality of life and the ability to perform activities of daily living in veterans with ankle-foot injuries due to the Iran-Iraq war.

Methods

A total of 1079 veterans with ankle-foot injuries were enrolled in a cross-sectional study from 2014 to 2016. Demographic characteristics, including age, gender, marital status, disability percent, educational level, employment and additional injuries, were collected. The ability to perform daily activities was assessed using the Barthel activities of daily living (ADL) and Lawton instrumental activities of daily living (IADL) Indexes. Physical and mental health-related quality of life (HRQOL) data were measured via the SF-36 subscales. The data were compared with those of bilateral lower limb amputees (BLLAs) and of the general Iranian population. Statistical analyses, including Pearson’s correlation coefficient, one-sample t-test and analysis of variance (ANOVA), were performed using SPSS16.0. A multiple linear regression model was used to determine the contribution of independent variables to the Physical Component Summary (PCS) and Mental Component Summary (MCS).

Results

The highest and lowest scores were observed for mental health (48.93 ± 20.69) and bodily pain (28.16 ± 21.74), respectively. The mean scores of veterans with ankle-foot injuries on the SF-36 were significantly lower on all eight measures than those of the general Iranian male population and of the bilateral lower limb amputees (P < 0.001). The mean scores of ADLs and IADLs were 83.9 ± 16.3 and 5.3 ± 2.0, respectively. The higher dependency in ADLs (P < 0.001) and IADLs (P < 0.001), the higher disability rate (P < 0.001) and additional injury (P < 0.001) were significant determinants of the PCS. ADL (P < 0.001) and IADL (P < 0.001) limitations, additional injury (P < 0.001), history of hospitalization in the year preceding the study (P = 0.007) and employment (P = 0.001) were reported as determinants of the MCS.

Conclusion

The results strongly suggest that veterans with ankle-foot injuries suffer from critically poor health-related quality of life. The main predicting factors of HRQOL were the disability to perform ADLs/IADLs, suffering two or more injuries, a history of hospitalization in the year preceding the study and unemployment.

Keywords

Activities of daily livingInstrumental activities of daily livingQuality of lifeAnkle-foot injuries

Background

The longest conventional warfare of the twentieth century occurred between Iran and Iraq (1980–1988). This conflict left more than 550,000 injured veterans, many of whom have been suffering from related disabilities for nearly three decades. According to the data obtained from the Veterans and Martyrs Affair Foundation (VMAF), Tehran, Iran, the total number of veterans that left the eight-year war with ankle-foot injuries was 10,227 [1]. If they do not use walking aids or if they are left untreated, these individuals will show the secondary effects of these injuries mainly due to overuse of the contralateral ankle-foot [2]. Most of these secondary effects result in a limited range of motion in joints, neurological damage, chronic pain and discrepancy in the lower limbs. All of these problems cause mobility and transfer difficulties in both personal and social affairs, resulting in dependence on family members and others [3].

Due to the extended lapse in time since the end of the war, the majority of veterans are part of the aging population. The risk of chronic diseases rises as a population ages [4]. The combination of aging and physical impairments is associated with a functional disability in basic and instrumental activities of daily living. As a result, elderly people, especially those with handicapped, face disabilities and dependency, resulting in mental health problems and a decline in quality of life and life satisfaction [5]. To our knowledge, most of the veterans with ankle-foot injuries have rarely used orthosis or other mobility aids in their life due to the unavailability of service providers or to inappropriate devices. In this situation, mobility and transfer problems increase and limit individuals from performing routine activities at home or in the community. These individuals are underrepresented in society and are faced with restrictions in situations such as employment and educational positions.

According to the WHO definition, health-related quality of life (HRQOL) includes a person’s perception of his/her position in life within the culture and the living systems that consider their goals [6]. Various factors, including individual and environmental characteristics, have been recognized as determinants of QOL [7]. From a healthcare perspective, HRQOL is related to how a certain disorder, particularly one that is not life-threatening, affects the life of a patient. As many studies have indicated, chronic and long-term disorders lead to unexpected mental problems and a dramatic decline in HRQOL levels [810]. Phantom pain, low back pain, and a decreased ability to perform activities of daily living were reported as the strongest determinants of HRQOL in veterans with transfemoral amputations [8]. A negative correlation between the number of injuries and HRQOL in blind Iranian veterans has been supported [9]. Quality of life in veterans with bilateral lower limb amputations has been associated with pain and poor general health [10].

Dependence on others for the performance of daily affairs is a predictable result of such disabilities, particularly in the aging population, where many people have lost some of their previous abilities [11]. Providing appropriate services to these people can reduce their dependency and have a positive impact on increasing their quality of life. The practice of employing quality of life measures in medical research of veterans has grown in recent years [8, 12, 13]. In the current study, the authors examined the HRQOL of Iranian veterans with ankle-foot injuries resulting from the Iran-Iraq war. Evaluation of the level of dependence required to perform ADLs and IADLs determines what types of care are needed at home or in the community. As a result, we evaluated ADL and IADL abilities in a group of veterans with ankle-foot injuries in a nationwide study.

Methods

In a cross-sectional study between 2014 and 2016, 1079 veterans with ankle-foot injuries from 11 provinces across the country were enrolled. The study group consisted of veterans who have suffered from neuromusculoskeletal problems in the ankle and/or foot due to one of the following reasons: 1) ankle and/or foot trauma and partial amputation due to a direct bullet or fragments hit, 2) leg or thigh trauma that led to neuromusculoskeletal disorders in the ankle and foot and 3) neuromusculoskeletal damage of the lower extremity leading to dysfunction of the ankle and foot that could be compensated by ankle-foot orthotic interventions. Those with an amputation at the level of the ankle or higher and central nervous system damage were excluded. Informed consent was obtained from all participants. The orthopedists examined the injured foot, and trained experts collected demographic, quality of life and ADL/IADL ability data. Demographic information included age, gender, marital status, disability percent (5% to 70%), education level (illiterate, under high school diploma, high school diploma and university education), employment (unemployed, employment status and employed), having injuries other than ankle-foot trauma, a history of hospitalization during the year preceding the study and body mass index (BMI).

“Disability percent” or “Disability rate”: According to the legislation that was passed by Parliament on June 21st, 1995, and approved by the Cabinet on December 13th, 2009, the medical commission of the Veterans and Martyrs Affair Foundation and the Armed Forces Medical Council are responsible for determining disability ratings, which form the basis for entitlement and benefits of veterans with disability. The overall disability rating is represented by a percentage (5% to 70%) and based on the level of physical and/or mental impairment [1].

“Employment status”: According to the Iranian Parliament act passed on February 14th, 1983, if certain disability criteria have been met, disabled veterans who are either employed by the government or serve on active duty in the Armed Forces and are no longer able to continue their work, are eligible to receive their full monthly salary until they retire; for others, they are entitled to receive a monthly compensation based on their education, disability rate and dependency [14].

ADL and IADL abilities were assessed by the Barthel ADL and Lawton IADL Indexes, respectively. Activities of daily living are a set of necessary activities that people tend to do routinely in life without assistance. The Barthel scale was introduced in 1965 and yields a score of 0 to 100 in reference to the performance of these activities, including eating, bathing, grooming, dressing, toilet use, bowel and bladder continence, transfer, moving and using stairs [15]. ADLs mostly occur in connection with IADLs, which refer to slightly more complex skills. IADLs include actions that are not necessarily required on a daily basis but are important for independent living. The Lawton scale was introduced in 1969 and includes the following activities: the ability to use a telephone, shopping, food preparation, housekeeping, laundry, mode of transportation, responsibility for own medications and the ability to handle finances [16]. IADL ability is scored on a 3-point scale and summed, with a range of 0 to 16. Higher scores on both scales indicate both greater function and independence.

Quality of life was measured using the 36-item Short Form Health Survey (SF-36). The SF-36 is a generic tool that can be used for both the general population and different patient groups. This questionnaire consists of 36 questions that measure 8 health-related concepts. This questionnaire also provides 2 summary scales: the physical component summary (PCS) and the mental component summary (MCS). Scores on each of the subscales range from 0 to 100, with 0 representing the worst health-related quality of life and 100 representing the best. This questionnaire has been validated in the Iranian population [17]. Data for the general Iranian population were collected from a population-based study of a random sample of 4163 individuals living in Iran. The SF-36 scores were compared between the veterans with ankle-foot injuries and the general population study [17]. In addition, HRQOL scores of bilateral lower limb amputee (BLLA) veterans were compared with the present results. The information originated from the same project in 2007 that involved 327 Iranian BLLAs [11]. To collect data, semi-structured interviews were conducted by 3 trained health workers. Each participant was interviewed face-to-face (20–30 min).

Statistical analysis was done using the Statistical Package for the Social Sciences 16.0 (SPSS 16.0). Quantitative variables are reported as the mean ± standard deviation, and qualitative variables are presented as frequencies and percentages. The relationships between the quantitative demographic characteristics and ADL/IADL and PCS/MCS scores were examined by Pearson’s correlation coefficient. To evaluate intra-correlations between the quantitative rating variables, repeated measures analysis of variance (ANOVA) was applied. The patients’ scores on the SF-36 were compared with those of bilateral lower limb amputees and of the general Iranian population using one-sample t-tests. P values <0.05 were considered significant. We performed multiple linear regression analyses to determine the variables that contribute most to the health-related quality of life in veterans with ankle-foot injuries. The PCS and MCS were used as dependent variables. Apart from demographic characteristics, ADL and IADL scores were considered independent variables. The variables that showed a significant P value were entered in the regression model.

Results

The mean age at the time of the study was 52.11 ± 8.29 years, and the average age at the time of casualty was 22.1 ± 3.2 years. Almost all participants were male (97.5%, n = 1052) and married (97.6%, n = 1053). The education levels were mostly at the level of under high school diploma (47.0%, n = 508). Nearly one-fifth (18.0%, n = 194) of the study group had a history of hospitalization during the year preceding the study. The average BMI was 27.15 ± 7.41. Table 1 gives further details about the demographic characteristics.
Table 1

Demographic characteristics of veterans with ankle-foot injuries (n = 1079)

Item

Demographic characteristics

Frequency

Percent (%)

Age group

Less than 35 years

14

1.3

35–44 years

96

9.0

45–54 years

677

62.7

55–64 years

213

19.7

65 years and more

79

7.3

Disability percent

Less than 25%

231

21.4

25%–49%

661

61.3

50%–69%

137

12.7

70%

50

4.6

Education level

Illiterate

86

8.0

Under high school diploma

508

47.0

High school diploma

303

28.1

University education

182

16.9

Employment

Employed

301

27.9

Employment status

494

45.8

Unemployed

284

26.3

Other injuriesa

Chemical

140

12.4

Mental health

337

29.8

Spinal cord

37

3.3

Physical (head/face, trunk, upper/lower limbs)

117

10.3

None

501

44.2

BMI

Underweight

17

1.6

Normal weight

327

30.3

Overweight

514

47.6

Obese

221

20.5

BMI Body Mass Index

aThe total number of other injuries is more than the sample size. Some participants had a total of more than one injury

The mean number of ADL tasks was 83.9 ± 15.9, with a minimum score of 10.0 in 0.1% (n = 1) and a maximum score of 100.0 in 17.7% (n = 191) of the participants. The highest independence level was in feeding (95.0%), while going up/down stairs (17.1%) showed the highest level of dependence (Table 2). Using stairs (50.4%), transfer (28.2%) and mobility (23.8%) were activities with the highest need for assistance. The average score of IADL tasks was 10.3 ± 3.8; from 0.1% (n = 1) who was entirely dependent with a score of 0 to 8.6% (n = 93) who were fully independent with a score of 16. The highest level of dependence was observed in laundry (46.0%) and housekeeping (45.2%) activities, and more than one-third of the participants needed help with transport (36.2%). In contrast, using a telephone (82.6%) and responsibility for own medications (69.0%) had the most independence.
Table 2

ADL and IADL abilities in veterans with ankle-foot injuries (n = 1079)

Activities

Independent (%)

Need Help (%)

Dependent (%)

ADLs

Feeding

1025 (95.0)

45 (4.2)

9 (0.8)

Bathing

891 (82.6)

188 (17.4)

Grooming

893 (82.8)

186 (17.2)

Dressing

851 (78.9)

194 (18.0)

34 (3.1)

Toilet use

898 (83.2)

138 (12.8)

43 (4.0)

Bowel continence

953 (88.3)

92 (8.5)

34 (3.2)

Bladders continence

785 (72.7)

264 (24.5)

30 (2.8)

Transfer

736 (68.2)

304 (28.2)

39 (3.6)

Mobility

719 (66.6)

257 (23.8)

103 (9.6)

Using stairs

351 (32.5)

544 (50.4)

184 (17.1)

IADLs

Ability to use telephone

891 (82.6)

141 (13.1)

47 (4.3)

Shopping

502 (46.5)

367 (34.0)

210 (19.5)

Food preparation

386 (35.8)

306 (28.3)

387 (35.9)

Housekeeping

342 (31.7)

249 (23.1)

488 (45.2)

Laundry

417 (38.6)

166 (15.4)

496 (46.0)

Mode of transportation

564 (52.3)

391 (36.2)

124 (11.5)

Responsibility for own medications

745 (69.0)

172 (16.0)

162 (15.0)

Ability to handle finances

668 (62.0)

294 (27.2)

117 (10.8)

No data, ADL activity of daily living, IADL Instrumental activities of daily living

The means of the MCS and the PCS were 42.56 ± 21.15 (0.0–100.0) and 33.55 ± 17.82 (3.13–93.75), respectively. The mean SF-36 scores of the veterans with ankle-foot injuries were significantly lower than those of the general Iranian population and of bilateral lower limb amputee veterans on all eight measures (P < 0.001) (Table 3).
Table 3

SF-36 quality of life measure scores in veterans with ankle-foot injuries (Mean ± SD)

Measure

Veterans with ankle-foot injuries (n = 1079)

Bilateral lower limb amputee veterans (n = 327)

General Iranian population (n = 1997)

 Physical functioning

47.21 ± 23.40

54.50 ± 24.45

85.3 ± 20.8

 Role physical

25.81 ± 34.67

50.04 ± 25.05

70.0 ± 38.0

 Bodily pain

27.88 ± 21.61

47.97 ± 24.02

79.4 ± 25.1

 General health

33.29 ± 20.00

55.30 ± 26.71

67.5 ± 20.4

 Vitality

45.33 ± 20.32

63.46 ± 23.70

65.8 ± 17.3

 Social functioning

45.71 ± 26.24

66.67 ± 26.74

76.0 ± 24.4

 Role emotional

30.80 ± 39.89

63.14 ± 26.77

65.6 ± 41.4

 Mental health

48.39 ± 20.68

62.51 ± 25.36

67.0 ± 18.0

Comparisons were made between the data of veterans with ankle-foot injuries and those of bilateral lower limb amputee veterans, and between the data of veterans with ankle-foot injuries and those of general Iranian population; P < 0.05 for all the comparisons

After entering the desired variables into the regression model, significant relationships and differences were assessed among them, and the outcomes are described in Tables 4 and 5. The results obtained from the multiple linear regression analyses showed that disability rate, additional injury, ADLs and IADLs (P < 0.001) were predicting factors for poor physical health-related quality of life (Table 6). The analyses also showed that employment, additional injury, history of hospitalization, ADLs and IADLs (P < 0.05) were determinants of poor mental health in veterans with ankle-foot injuries.
Table 4

Relationship between qualitative variables and ADLs, IADLs, MCS and PCS in veterans with ankle-foot injuries

Item

ADLs

IADLs

MCS

PCS

r

P

r

P

r

P

r

P

 Age

−0.158

<0.001

−0.204

<0.001

−0.063

0.053

−0.060

0.039

 Disability rate

−0.151

<0.001

−0.041

0.018

−0.037

0.224

−0.170

<0.001

 BMI

0.017

0.750

0.061

0.140

0.054

0.83

−0.010

0.750

 ADL

0.352

<0.001

0.345

<0.001

 IADL

0.356

<0.001

0.329

<0.001

r. Correlation coefficient, − No data, BMI Body mass index, ADL Activity of daily living, IADL Instrumental activities of daily living, PCS Physical component summary, MCS Mental component summary

Table 5

Differences in ADL, IADL, MCS and PCS between quantitative variable groups in veterans with ankle-foot injuries

Item

ADL

IADL

MCS

PCS

Mean ± SD

P

Mean ± SD

P

Mean ± SD

P

Mean ± SD

P

Education

 Illiterate

75.46 ± 22.17

<0.001

7.1 ± 3.95

<0.001

35.96 ± 17.32

0.006

29.07 ± 14.20

0.252

 Under high school

83.71 ± 15.36

10.12 ± 3.76

41.13 ± 19.24

33.35 ± 16.93

 High school

84.71 ± 15.28

11.01 ± 3.50

44.87 ± 23.26

35.06 ± 19.36

 University education

87.28 ± 13.85

11.21 ± 3.23

46.06 ± 23.37

33.81 ± 18.97

Employment

 Employed

80.15 ± 17.78

<0.001

9.38 ± 4.01

<0.001

35.77 ± 18.84

<0.001

31.83 ± 16.88

0.001

 Employment status

88.44 ± 13.44

11.48 ± 3.38

48.18 ± 23.63

37.20 ± 19.32

 Unemployed

82.57 ± 16.26

9.93 ± 3.77

41.29 ± 19.74

32.19 ± 17.04

Additional injuries

 Yes

82.56 ± 16.64

0.011

10.24 ± 3.86

0.715

39.61 ± 20.72

<0.001

30.81 ± 16.14

<0.001

 No

85.16 ± 15.26

10.36 ± 3.69

45.23 ± 21.19

36.03 ± 18.89

Hospitalization

 Yes

77.55 ± 19.57

<0.001

9.16 ± 4.02

<0.001

35.47 ± 19.38

<0.001

28.03 ± 15.53

<0.001

 No

85.32 ± 14.72

10.55 ± 3.67

44.11 ± 21.21

34.75 ± 18.07

ADL Activity of daily living, IADL Instrumental activities of daily living, PCS Physical component summary, MCS Mental component summary

Table 6

Determinants of the physical and mental component summaries of the quality of life in veterans with ankle-foot injuries

Determinants

B

SE

t

P

PCS

 Constant

4.902

3.513

1.395

0.163

 Age

0.045

0.063

0.707

0.480

 Disability rate

0.128

0.035

−3.607

<0.001

 Employment

2.210

1.772

1.247

0.213

 Additional injuries

3.716

1.033

3.598

<0.001

 Hospitalization

2.538

1.352

1.877

<0.061

 ADLs

0.195

0.042

4.684

<0.001

 IADLs

0.929

0.176

5.262

<0.001

MCS

 Constant

−7.991

4.374

−1.827

0.065

 Education

1.453

2.668

0.545

0.586

 Employment

7.037

2.108

3.338

0.001

 Additional injuries

4.758

1.196

3.979

<0.001

 Hospitalization

4.215

1.565

2.694

0.007

 ADLs

0.235

0.049

4.836

<0.001

 IADLs

1.140

0.209

5.453

<0.001

B Regression coefficient, SE Standard error, ADL Activity of daily living, IADL Instrumental activities of daily living, PCS Physical component summary, MCS Mental component summary

Discussion

The current data described that quality of life of veterans with ankle-foot disorders were below the normal Iranian population QOL scores in each dimension [17]. The same results were obtained in comparison with the quality of life scores of veterans with bilateral lower limb amputation [11]. Physical pain were determined to be the main complications, whereas mental health and physical functioning were shown to be the most intact among all other aspects. However, the significant differences in each area of QOL between our study population and the comparison groups indicated that veterans with ankle-foot injuries were experiencing a serious condition in terms of quality of life. In a study of male Iranian veterans who had been living with unilateral lower extremity amputations for an average of two decades, role physical achieved the highest scores, while physical functioning had the lowest [8], which contradicted our results. Similar to the present study, the mean MCS scores were higher than those of the PCS among the aforementioned group [8]. Comparing QOL scores between two groups of patients with ankle and hip arthrosis in a cohort study showed that the SF-36 subscale scores in both groups were below those of the normal population of Canada. In addition, the mental and physical problems associated with ankle arthrosis are as severe as those associated with hip arthrosis [18]. Patients who have undergone arthrodesis for ankle arthritis were studied after twenty years, and their QOL in terms of physical function, emotional disturbance and bodily pain showed significant differences from the normal population [19]. A negative impact of chronic plantar heel pain on HRQOL has been confirmed, apart from the influences of age, sex and body mass index [20]. Among individuals affected by rheumatoid arthritis, those with mild disease expression in the foot have demonstrated a dramatic difference in quality of life that showed a statistically significant relationship with age [21]. By comparing QOL scores between diabetic patients with and without foot ulcers, significant differences were found in physical functioning, social functioning and general health [22].

On the other hand, ADL/IADL scores of individuals with ankle-foot injuries showed that movement, transportation and using stairs were the most frequently problematic of the daily activities that required the help of others. Additionally, laundry was found to be the activity for which more than four-fifths of veterans with ankle-foot injuries were partially or completely dependent. Feeding, telephone use and taking responsibility of medicine were activities with the highest level of independence. Similar studies have shown that lower limb amputees needed help in transfer more than other daily activities, but food preparation and housekeeping were the most frequent causes of dependency in IADL [9, 10]. Limitations in activities of daily living and mobility were reported in half of the population with long-term lower extremity injuries [11]. Additionally, the verified predictors of functional ability in older people were foot and ankle characteristics, particularly ankle flexibility, plantar tactile sensation, and strength of toe plantar flexor muscles [12].

A greater disability percent, as well as having injuries other than ankle-foot, correlated with ADL/IADL limitations. All these factors had a predicting role in the PCS, while the latter three were determinants of the MCS. Most of the participants in this study had been suffering from two or more injuries, which increased their dependence on others. According to our results, higher QOL scores would be created by higher independence. Some previous studies also showed that long-term disabilities, particularly those affecting routine daily activities, have an indirect correlation with mental health and QOL [710]. The present results are also similar to those of some Iranian studies of similar groups; more physical injuries was a factor in the decreasing ability of personal-social actions [2327]. The association between QOL and additional injuries was confirmed in previous studies on Iranian veterans suffering from physical injuries including extremity, trunk, head and face injuries, as well as from mental disorders, and also who were blind or exposed to sulfur mustard [12, 28].

Since the majority of cases involved individuals between 45 to 54 years old, it was expected that they were employed. However, a quarter of them were unemployed. Almost all of them were male and married, so having a job was necessary to meet the cost of living. Employment and its subsequent presence in the community have been shown to increase QOL in those with lower limb injuries [29]. Additionally, it has been shown that employment of people with lower extremity injuries is dependent on the type of job, mobility level and the use of comfortable mobility aids [30].

Hospitalization during the year preceding the study was related to both the MCS and the PCS. It could be concluded that hospitalization might be a consequence of additional injuries, which are significant factors for increased disability. Since the relationship between disability and QOL has been indicated in previous studies, the association between hospitalization and QOL is probable [31].

The education level of more than half of our veterans was at the level of under a high school diploma. Studies of unilateral and bilateral blind, lower and upper limb amputated and chemically injured Iranian veterans of the same age showed that veterans with ankle-foot injuries were 10 to 30% less educated [23, 24, 32, 33]. Difficulties in commuting to school due to said injuries are among the possible causes for this result. The second plausible reason is the lack of allocation of special education services for veterans who have only suffered ankle-foot injuries compared with those with greater disabilities. Previous studies have shown that veterans with a higher disability percent are more educated; therefore, the second reason seems more credible [23, 26, 32, 33].

Older individuals with higher disability rates obtained lower scores in both indexes of daily activity abilities. A study of Iranian veterans found that the aging period in this group begins an average of a decade earlier than the normal population [27]. With the mean age of 52 in the current study, the majority of the participants had just started aging or were already elderly. Approximately 95% of the normal Iranian population that are one decade older (at the beginning of elderly age) were independent in ADLs [34]. In this regard, approximately one-fifth of our group was entirely independent in ADLs/IADLs, while the rest of them needed partial or complete help probably due to long-term physical impairments.

For the first time, quality of life and the ability to perform ADL and IADL in veterans with ankle-foot disorders were assessed. This study showed that HRQOL scores were significantly different between those who were able and those who were unable to perform ADLs/IADLs. In this regard, prescribing and manufacturing appropriate orthotics and regular examination can be effective in boosting the ability of these individuals to perform daily activities. Although the study was conducted in the center of each province, the inability to recruit all the study population in each area was the major limitation in this survey. Many were from rural areas, and due to the matter of distance they did not gain the opportunity to participate in this study. In addition, some addresses and phone numbers had been changed, and we did not have access to some of them. Another limitation of the study was using different medical teams in each province, which possibly reduced the validity of the study. HRQOL scores in veterans with ankle-foot injuries were dramatically lower than not only those of the normal population but also those of BLLAs with 70% disability rates (except in partial amputations). As a result, future research focusing on the causes of this difference seems necessary. Future studies with orthotic interventions and comprehensive rehabilitation services are recommended particularly since many of the veterans were at the beginning of the aging period.

Conclusion

These results illustrate that the QOL of veterans with ankle-foot injuries was significantly lower than that of the normal Iranian population and of BLLAs in all the investigated dimensions. The lowest score was observed in the bodily pain scale, while the highest score reported for mental health. Mobility, transportation and using stairs were the most frequent problems in their daily activities. The highest ability was observed in the activities of eating and telephone use in ADLs and IADLs, respectively. The main determinants for the PCS were a higher disability rate, having additional injuries, and limited ADLs and IADLs. The major predicting factors for the MCS were unemployment, suffering additional injuries, a history of hospitalization, and a higher dependency in ADLs and IADLs.

Abbreviations

ADL: 

Activity of daily living

BLLAs: 

Bilateral lower limb amputees

BMI: 

Body mass index

HRQOL: 

Health-related quality of life

IADL: 

Instrumental activity of daily living

MCS: 

Mental component summary

PCS: 

Physical component summary

Declarations

Acknowledgments

The authors are grateful to the Veterans and Martyrs Affair Foundation (VMAF) and the Janbazan Medical and Engineering Research Center (JMERC) for funding the survey.

Funding

This study was financially supported by the Janbazan Medical and Engineering Research Center.

Availability of data and materials

The datasets generated and analyzed during the current study are not publicly available considering they are a part of national documents.

Authors’ contributions

MA and MS were responsible for the study design. AY, MM, AK and EF conducted data gathering by direct patient interviews. All authors read and approved the final manuscript.

Ethics approval and consent to participate

Our research protocol was submitted for consideration, commenting, guidance and approval to the research ethics committee of Janbazan Medical and Engineering Research Center (JMERC) and accepted before the study began.

Consent for publication

Not applicable.

Competing interests

The authors declare that they have no competing interests.

Open AccessThis article is distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.

Authors’ Affiliations

(1)
Janbazan Medical and Engineering Research Center (JMERC)

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Copyright

© The Author(s). 2017

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