International Journal of Endocrinology
Volume 2020 (2020), Article ID 8839905, 9 pages
https://doi.org/10.1155/2020/8839905

Research Article

Study of Health-Related Quality of Life and Healthcare Utilization among Type 2 Diabetic Population in an Urban Area of Eastern Nepal

Sangita Shah,¹ Nilambar Jha,¹ Deepak Kumar Yadav,¹ Prajjwal Pyakurel,¹ Sanjib Kumar Sharma,² and Suman Bahadur Singh¹

¹School of Public Health and Community Medicine, B.P.Koirala Institute of Health Sciences, Dharan, Nepal
²Department of Internal Medicine, B.P.Koirala Institute of Health Sciences, Dharan, Nepal

Correspondence should be addressed to Sangita Shah; sangita.shah@bpkihs.edu

Received 8 September 2020; Revised 7 November 2020; Accepted 14 December 2020; Published 24 December 2020

Academic Editor: Alexander Schreiber

Copyright © 2020 Sangita Shah et al. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Abstract.

Introduction. Diabetes mellitus is a major cause of morbidity and mortality and places huge burden on public health funding. Diabetes affects quality of life through associated complications, comorbidity, and disease burden. Consequently, people have frequent healthcare visits. This study assessed quality of life and healthcare utilization patterns among type 2 diabetic populations in an urban area of eastern Nepal. Methods. A cross-sectional study was conducted among 270 participants of age ≥20 years with type 2 diabetes in Itahari using a semistructured questionnaire. A D-39 questionnaire was used to assess quality of life. Five wards were selected by systematic random sampling, and the population was proportionate according to the sample size. Multiple linear regressions were conducted to identify the factors associated with quality of life and its domains. Results. The highest mean score ± SD was found in the domain anxiety and worry (57.34 ± 11.08). About 18.5% of the participants perceived extremely affected quality of life. Hypertension (55.55%) was the most common comorbidity. Age, marital status, literacy, alcohol, disease duration, comorbidity, and complications were significantly associated with overall quality of life. In last 6 months of duration, 93.7% had hospital visits. Among them, 8.1% had emergency visit and 5.9% were admitted in the hospital. Conclusion. People with diabetes in this study were more affected in the domain anxiety and worry. The frequency of healthcare access and utilization in patients with type 2 diabetes was high. The quality of life among them could be improved by taking care on healthy behavior, comorbid conditions, and complications.

1. Introduction

Due to social and economic transition, leading to behavioral and metabolic risk factors, diabetes is leading as an emerging major public health problem in Nepal, with rising prevalence and its complications, especially in urban populations [1, 2]. It is a chronic, incurable, costly, and largely preventable noncommunicable disease which is responsible for millions of deaths globally [3].

Diabetes has multidimensional effect in QOL such as social, physical, and role functioning, worries about the future, and emotional and general well-being [4]. For this, people living with diabetes require regular visits to several healthcare professionals and utilization of the service of clinics and outpatient centres [5, 6]. This study assist healthcare practitioners, institution, policy makers, and community people to better understand quality of life and healthcare utilization in type 2 diabetes mellitus [7].

This study is aimed to assess the health-related quality of life and healthcare utilization among type 2 diabetic population in an urban area of eastern Nepal.

2. Materials and Methods

A community-based cross-sectional study was conducted among 270 type 2 diabetes patients residing in Itahari, a submetropolitan city to assess their health-related quality of life and healthcare utilization pattern. The study population comprised of all the type 2 diabetes patients aged 20–80 years, diagnosed for more than 1 year of duration. Among the 26 wards of Itahari, 5 wards were selected by the systematic sampling method. The population in each ward was proportionate according to the sample size (270), and the final sample from each ward, i.e., 5, 8, 17, 16, and 23 was 133, 62, 29, 24, and 22, respectively. Patients were recruited through the nonprobability sampling method by taking help from the local health personnel such as Female Community Health Volunteer, Primary Healthcare Record, other private clinic/hospital, pharmacy, and other health agencies. After receiving informed consent, a face-to-face interview was conducted using pretested semistructured questionnaires and a standardized tool, the D-39 questionnaire. Permission was granted by the author to use this questionnaire. Privacy, confidentiality, and anonymity were assured and maintained.

All the collected data were entered in Microsoft Excel 2007, and the cleaned data were converted into Statistical Package for Social Sciences (SPSS) 11.5 version for statistical analysis. The descriptive data were expressed in terms of frequency, percentage, and mean with standard deviation along with graphical and tabular presentation of the data. The Student t-test and one-way ANOVA were applied to find out significant difference between health-related quality of life and other related variables at 95% confidence interval where . The variables that were significant at from the bivariate analysis were considered for multivariate analysis using multiple linear regressions where the backward linear regression method was specified in order to find confounders and/or effect modifiers. The level of significance was for all the tests.

3. Results and Discussion

3.1. Results

Table 1 shows the demographic characteristics of type 2 diabetic patients in the study. The mean age ± SD (range) of the respondents was 53.86 years ± 11.89(26–79).More than half (54.4%) of the participants were obese followed by overweight (22.2%).

Table 1: Demographic characteristics of the participants (n = 270).

Characteristics
Categories
Frequency
Percentage (%)

Age (years)
20‐40
37
13.7

41‐60
159
58.9

61‐80
74
27.4

Mean age ± SD (range) 53.86 years ± 11.89 (26‐79)

Sex
Male
136
50.4

Female
134
49.6

Marital status
Married
229
84.8

Widow
31
11.5

Unmarried
5
01.9

Separated
5
01.9

Ethnicity
Brahmin/Chhetri
129
47.8

Janajati
95
35.2

Muslim
19
07.0

Madheshi
15
05.6

Dalit
12
04.4

Education status
Literate
189
70.0

Illiterate
81
30.0

Occupation
Clerical, shop owner, farmer
89
33.0

Unemployed
69
25.6

Skilled worker
42
15.6

Semiprofession
24
8.9

Profession
23
8.5

Unskilled worker
12
4.4

Semiskilled worker
11
4.1

Poverty line
<1.9USD
61
22.6

>1.9USD
209
77.4

Smoking tobacco products
Current
27
10.0

Past
31
11.5

Never
212
78.5

Alcohol consumption
Never
185
68.5

Ex-alcoholic
25
09.3

Regular
26
10.0

Occasional
34
12.6

Waist circumference
Normal
149
55.2

High
121
44.8

BMI
Underweight
4
1.5

Normal
59
21.9

Overweight
60
22.2

Obese
147
54.4

BP
Yes
86
32

No
184
68

Duration of diabetes
<5 years
142
52.6

5‐10 years
91
33.7

>10 years
37
13.7

Other illness
Yes
155
57.4

No
115
42.6

Complication
Yes
51
18.9

No
219
81.1

Diabetes in family
Yes
167
61.9

No
103
38.1

Perception of disease
Serious
184
68.1

Not serious
86
31.9

On medication
OHA
220
81.5

Insulin
19.0
6.7

Both
14.0
5.2

Hospital visit
Yes
253
93.7

No
17
06.3

Private doctor visit
Yes
216
80.0

No
54
20.0

ER visit
Yes
22
08.1

No
248
91.9

Hospital admission
Yes
16
05.9

No
254
94.1

Awareness about PHC
Yes
154
57

No
116
43

Services available at PHC
OPD
152
99.3

Immunization
133
86.9

Laboratory
64
41.8

Health education
26
17.0

Specific for diabetes
19
12.4

Prefer PHC
Yes
5
3.3

No
148
96.7

Half of the participants (52.6%) were suffering from diabetes for less than 5 years followed by 5–10 years (33.7%). Many of them (57.4%) were having additional illness other than diabetes, and 18.9% were suffering from the complication of diabetes.

Out of the total participants, 55.5% had hypertension as the comorbidity (Figure 1).

Figure 1: Prevalence of comorbidities among the participants; multiple response was provided by the participants with multiple diseases.

Most of the participants were diagnosed (70.0%) and treated (82.20%) at a private health centre followed by BPKIHS (Figure 2).

Figure 2: Distribution of participants according to place of diagnosis and treatment; multiple response was provided by the participants for visiting different health care facilities for diagnosis and treatment.

Table 2 presents the domain-specific QOL scores among the study participants. The highest mean score (SD) was found in the domain anxiety and worry (57.34 ± 11.08).

Table 2: Descriptive study of the D-39 questionnaire.

D-39 domains
No. of items
Mean
Median
SD
Minimum
Maximum

Energy and mobility
15
38.40
38.09
9.29
11.90
62.38

Diabetes control
12
48.59
48.80
8.60
17.86
67.86

Anxiety and worry
4
57.34
57.14
11.08
14.29
85.71

Social overload
5
39.75
38.57
10.14
12.86
64.29

Sexual behavior
3
29.29
30.95
13.44
7.14
64.29

Overall quality of life
39
42.95
42.45
8.11
15.93
64.28

Table 3 indicates that the factors such as age, ethnicity, marital status, alcohol, education, occupation, blood pressure, diabetes duration, comorbidity, complications, family history, treatment, history of ER visit, and hospital admission in last 6 months were significantly associated with overall QOL. Age was found to be an important factor for quality of life in the diabetes patients.

Table 3: Association of demographic characteristics with QOL domains.

Characteristics
Energy and mobility mean ± SD
Diabetes control mean ± SD
Anxiety and worry mean ± SD
Social overload mean ± SD
Sexual behavior mean ± SD
Overall QOL mean ± SD

Age in years

<50
33.40 ± 8.028
45.04 ± 8.08
54.04 ± 10.57
36.00 ± 10.20
26.91 ± 12.89
38.93 ± 7.20

>50
41.95 ± 8.49
51.10 ± 8.08
59.67 ± 10.87
42.42 ± 9.24
30.98 ± 13.61
45.80 ± 7.50

value
<0.001
<0.001
<0.001
<0.001
0.014
<0.001

Gender

Male
38.13 ± 9.79
48.54 ± 8.43
56.32 ± 11.37
40.58 ± 9.631
29.90 ± 13.83
42.88 ± 8.25

Female
38.68 ± 8.79
48.64 ± 8.81
58.36 ± 10.72
38.91 ± 10.61
28.67 ± 13.06
43.02 ± 7.98

value
0.625
0.929
0.131
0.175
0.456
0.886

Ethnicity

Janajati
36.45 ± 8.83
46.56 ± 8.68
55.52 ± 11.89
38.33 ± 9.90
29.19 ± 13.45
41.20 ± 8.01

Brahmin/Chhetri
39.50 ± 9.90
49.52 ± 8.67
58.36 ± 11.03
39.81 ± 10.35
29.18 ± 14.06
43.77 ± 8.43

Others
39.36 ± 7.92
50.15 ± 7.63
58.23 ± 9.06
42.54 ± 9.66
29.8 ± 111.84
44.29 ± 6.81

value
0.038
0.015
0.140
0.068
0.960
0.030

Marital status

Unmarried
30.76 ± 10.09
35.95 ± 9.93
47.14 ± 8.14
31.71 ± 7.45
19.52 ± 9.87
33.30 ± 8.78

Married
38.54 ± 9.24
48.83 ± 8.42
57.53 ± 11.05
39.90 ± 10.13
29.47 ± 13.45
43.13 ± 8.00

value
0.063
0.001
0.038
0.074
0.101
0.007

Education

Illiterate
41.04 ± 8.54
49.83 ± 8.12
58.55 ± 11.23
42.27 ± 9.83
34.36 ± 12.53
45.18 ± 7.77

Literate
37.27 ± 9.40
48.06 ± 8.77
56.82 ± 11.01
38.67 ± 10.10
27.12 ± 13.26
41.99 ± 8.08

value
0.002
0.120
0.240
0.007
<0.001
0.003

Occupation

Unemployed
42.22 ± 9.41
50.65 ± 9.78
60.24 ± 12.30
42.87 ± 9.68
30.26 ± 12.78
45.83 ± 8.80

Employed
37.09 ± 8.90
47.88 ± 8.07
56.34 ± 10.48
38.68 ± 10.10
28.96 ± 13.68
41.96 ± 7.63

value
<0.001
0.037
0.020
0.003
0.489
0.001

Poverty line

<1.9
37.93 ± 09.28
47.32 ± 09.50
57.14 ± 12.52
39.55 ± 10.16
28.84 ± 13.31
42.30 ± 08.47

>1.9
38.54 ± 09.31
48.96 ± 08.31
57.40 ± 10.66
39.81 ± 10.16
29.42 ± 13.51
43.14 ± 08.01

value
0.651
0.192
0.874
0.860
0.767
0.476

Current smoking status

Yes
37.23 ± 8.86
46.11 ± 7.94
53.17 ± 11.48
38.67 ± 8.44
27.60 ± 14.21
41.04 ± 7.00

No
38.53 ± 9.35
48.86 ± 8.65
57.80 ± 10.96
38.87 ± 10.32
29.48 ± 13.37
43.17 ± 8.20

value
0.490
0.116
0.039
0.499
0.491
0.198

Current alcohol (drinking) status

Yes
35.09 ± 8.10
46.11 ± 6.96
53.63 ± 10.51
36.42 ± 7.57
26.11 ± 12.62
39.86 ± 6.06

No
39.35 ± 9.41
49.30 ± 8.91
58.40 ± 11.04
40.70 ± 10.60
30.20 ± 13.56
43.83 ± 8.41

value
0.002
0.004
0.003
0.001
0.037
<0.001

Blood pressure

Normotensive
37.22 ± 9.38
47.71 ± 8.27
56.30 ± 10.67
38.90 ± 9.89
28.22 ± 13.24
45.10 ± 8.30

Hypertensive
40.89 ± 8.64
50.43 ± 9.04
59.52 ± 11.66
41.55 ± 10.50
31.55 ± 13.65
41.93 ± 7.83

value
0.002
0.015
0.025
0.044
0.057
0.002

BMI (kg/m²)

<25
39.64 ± 9.67
49.42 ± 8.61
59.03 ± 11.66
40.33 ± 10.52
29.67 ± 13.90
43.96 ± 8.53

>25
37.37 ± 8.87
47.89 ± 8.56
55.92 ± 10.41
39.27 ± 9.82
28.97 ± 13.09
42.11 ± 7.66

value
0.046
0.145
0.022
0.391
0.672
0.064

Duration of diabetes (years)

<5
34.88 ± 8.10
46.06 ± 8.32
55.48 ± 9.78
37.18 ± 9.93
26.45 ± 12.91
40.08 ± 7.20

>5
42.21 ± 8.99
51.39 ± 8.05
59.40 ± 12.07
42.61 ± 9.63
32.44 ± 13.37
46.13 ± 7.90

value
<0.001
<0.001
0.004
<0.001
<0.001
<0.001

Comorbidity

Yes
41.65 ± 8.54
51.20 ± 8.17
59.49 ± 11.17
42.20 ± 9.95
32.05 ± 13.92
39.17 ± 7.09

No
34.02 ± 8.45
45.07 ± 7.92
54.44 ± 10.31
36.45 ± 9.48
25.56 ± 11.84
45.75 ± 7.68

value
<0.001
<0.001
<0.001
<0.001
<0.001
<0.001

Complication

Yes
45.44 ± 8.96
53.96 ± 7.64
63.16 ± 11.37
44.95 ± 8.70
31.60 ± 13.33
48.75 ± 7.58

No
36.77 ± 8.60
47.34 ± 8.35
55.98 ± 10.60
38.54 ± 10.09
28.75 ± 13.44
41.60 ± 7.63

value
<0.001
<0.001
<0.001
<0.001
0.173
<0.001

Family history of diabetes

Yes
39.09 ± 9.82
50.11 ± 8.48
59.30 ± 10.82
40.33 ± 10.06
28.78 ± 13.92
43.92 ± 8.34

No
37.29 ± 8.29
46.12 ± 8.26
54.16 ± 10.80
38.82 ± 10.24
30.12 ± 12.65
41.38 ± 7.50

value
0.109
<0.001
<0.001
0.235
0.429
0.012

OHA
38.25 ± 8.68
48.82 ± 7.60
57.37 ± 10.13
39.68 ± 9.79
29.57 ± 13.28
42.11 ± 6.33

Insulin
45.63 ± 8.40
54.41 ± 6.989
63.86 ± 11.07
44.45 ± 8.65
26.19 ± 14.28
48.51 ± 6.50

Both
44.90 ± 8.79
55.52 ± 5.63
65.05 ± 9.62
47.14 ± 9.50
37.75 ± 10.00
47.44 ± 4.99

value
<0.001
<0.001
0.002
0.005
0.442
0.025

Hospital visit in last 6 months

Yes
38.72 ± 8.98
49.11 ± 7.85
57.72 ± 10.38
39.77 ± 10.05
29.39 ± 13.25
43.28 ± 7.60

No
33.70 ± 12.51
40.82 ± 14.33
51.68 ± 18.21
39.41 ± 11.77
27.8 ± 17.65
38.01 ± 12.90

value
0.031
0.031
0.194
0.885
0.732
0.115

Private doctor in last 6 months

Yes
38.46 ± 8.93
48.97 ± 7.94
57.45 ± 10.12
39.97 ± 9.92
28.83 ± 12.70
43.09 ± 7.52

No
38.18 ± 10.72
47.06 ± 10.81
56.88 ± 14.40
38.89 ± 11.02
31.12 ± 16.10
42.38 ± 10.20

value
0.845
0.228
0.781
0.483
0.334
0.630

ER visit in last 6 months

Yes
44.80 ± 8.51
54.76 ± 8.24
63.31 ± 11.36
45.84 ± 9.64
33.33 ± 13.60
49.01 ± 7.84

No
37.84 ± 9.17
48.04 ± 8.44
56.81 ± 10.92
39.21 ± 10.02
28.93 ± 13.40
42.41 ± 7.92

value
0.001
<0.001
0.008
0.003
0.142
<0.001

Hospital admission in last 6 months

Yes
43.87 ± 11.43
52.68 ± 11.96
60.50 ± 15.90
44.82 ± 11.53
34.52 ± 13.85
47.68 ± 11.20

No
38.06 ± 9.06
48.33 ± 8.31
57.14 ± 10.72
39.43 ± 9.99
28.96 ± 13.38
42.65 ± 7.80

value
0.015
0.050
0.242
0.039
0.109
0.016

The results of multiple linear regressions revealed that age, marital status, education, alcohol status, duration of disease, comorbidity, complication, and emergency visit were significantly associated with overall QOL of patients with diabetes . These variables accounted for 40.0% of the variance of the total HRQOL. Age, alcohol status, comorbidity, complication, and ER visit were found significant in the four domains, energy and mobility, diabetes control, anxiety and worry, and social overload. In every domain, participants with age >50 years increased the mean score by more than 3 (Table 4).

Table 4: Multiple linear regression analysis of significant factors associated with QOL and its domains.

QOL and its domain variables
Unstandardized coefficients
95% CI
value

Energy and mobility

Age
5.460
3.504–7.415
<0.001

Education
2.421
0.50–4.34
0.014

Current alcoholic
−2.78
−4.90−(−0.65)
0.011

Duration of diabetes in years
2.69
2.74–4.63
0.007

Comorbidity
2.58
0.57–4.60
0.012

Complication
5.937
3.62–8.25
<0.001

Hospital visit
4.70
1.143–8.25
0.010

ER visit
4.60
1.43–7.76
0.005

Constant
26.447

Diabetes control

Age
4.25
2.37–6.12
<0.001

Marital status
8.87
2.44–15.30
0.007

Current alcoholic
−2.60
−4.70–(−0.52)
0.014

Comorbidity
2.33
0.37–4.30
0.020

Complication
4.48
2.17–6.80
<0.001

Family history
1.60
−0.24–3.45
0.088

Hospital visit
6.96
3.36–10.55
<0.001

ER visit
4.36
1.20–7.52
0.007

Constant
27.919

Anxiety and worry

Age
4.24
1.76–6.71
0.001

Marital status
8.70
−0.37–(−17.74)
0.060

Current alcoholic
−3.65
−6.61–(−0.70)
0.016

BMI
−2.65
−5.12–(0.17)
0.036

Complication
5.18
2.01–8.35
0.001

Family history
3.66
1.11–6.21
0.005

ER visit
5.03
0.58–9.47
0.027

Constant
44.93

Social overload

Age
4.03
1.61–6.45
0.001

Education
2.86
0.43–5.30
0.021

Current alcoholic
−3.63
−5.33–(0.89)
0.006

Comorbidity
2.79
0.311–5.27
0.028

Complication
4.41
1.53–7.30
0.003

ER visit
5.64
1.66–9.63
0.006

Constant
35.84

Sexual behavior

Education
7.46
4.15–10.76
<0.001

Disease duration
2.86
−0.41–6.12
0.086

Comorbidity
5.65
2.37–8.92
0.001

Constant
24.276

Overall QOL

Age
3.97
2.21–5.72
<0.001

Marital status
7.02
1.22–12.82
0.018

Education
1.90
0.17–3.68
0.032

Current alcoholic
−2.115
−4.05–(-0.18)
0.032

BMI
−1.40
−3.03–0.23
0..092

Disease duration
1.84
0.09–3.60
0.039

Comorbidity
2.81
0.97–4.64
0.003

Complication
4.76
2.70–6.83
<0.001

ER visit
4.94
2.12–7.78
0.001

Constant
30.615

3.2. Discussion

Going through various literature studies, to the best of our knowledge, this is the first community-based cross-sectional study in an urban setting of Nepal that assessed domain-wise impact in quality of life among diabetes patients and explored the factors significantly affected their QOL.

More than half of the participants (57.4%) in this study suffered from at least one comorbidity which agrees with the community-based cross-sectional study done in Khartoum, Sudan [8]. Hypertension was found to be the most common comorbidity (55.55%) in this study. Among those having comorbidity, 96.8% had hypertension. One of the studies done in a tertiary care diabetes centre in Karachi-Pakistan found that 57.2% of the participants were hypertensive [9]. This finding was also in agreement with the study done in polyclinic of Benghazi City [10]. This could conclude that diabetes and hypertension are closely related morbidities.

Treatment from private health sector was sought by 82.2% of diabetic patients. One of the studies done in Mumbai, India, among urban slums found that 81% of participants seek treatment from private health sector [11]. This could be linked with dissatisfaction of public hospital services and easy access to the private health centre.

As regular blood sugar examination is an important part of the treatment in diabetes patients, about 94% of the participants in this study visited the hospital for it. This act as a mirror in the finding of the study done among slums in Mumbai, where 75% of the participants visited healthcare in last 6 months [11]. The increase in awareness about the disease is the reason for higher percentage of participants visiting health centres, but the difference between both studies reveals that people of Itahari, submetropolitan city, are economically more strong.

The highest mean score (SD) was found in the domain anxiety and worry (57.34 ± 11.08).This reveals that most of the participants’ QOL is affected in this domain. A cross-sectional study performed at two Basic Healthcare Units (BHU) in the western district of the City Health Department of Ribeirão Preto in 2012 [12] showed the highest mean score in social overload dimension and one of the hospital-based study in Kathmandu, Nepal [13]; quality of life was mostly affected in the domain physical health. These both findings are contradicted with the study finding. It can be predicted that although the disease is socially being acceptable, the patients are worried about their future health outcomes and economic burden.

After adjusting for the other variables, having age more than 50 years was associated with affected quality of life in the domain: energy and mobility (<0.001), diabetes control (<0.001), anxiety and worry (<0.001) and social overload (<0.001), and overall QOL by 5.460,4.249,4.237, 4.030, and 3.970, respectively. Similarly, an earlier study done in Riyadh, Saudi Arabia, found the group with over 50 years of age was significantly associated with lower quality of life on subscale physical functioning and role of emotional [14]. The study in US adults showed quality of life, in which domain physical functioning and social functioning were affected with increase in age, but in mental health, it is affected in the younger group [15]. The similar finding was found in the study done among Dutch patients, where older patients reported lower quality of life than the younger one [16]. This signifies as the people become old, physical activity is low, associated with different comorbidities and complications and worried about their health-related outcomes.

Significant association was found with increase in the duration of disease in the domain: energy and mobility and overall QOL (0.039). The quality of life was affected by 2.686 and 1.845, respectively, in those who were suffering from the disease for more than 5 years. This was comparable with the study done in Saudi Arabia patients concluding that the longer duration of disease is associated with poor quality of life [14]. This was also consistent with the finding from the study done among females with type 2 diabetes referred to the Diabetes Clinic of Khoy City, Northwest of Iran [17]. This infers that the incidence of diabetes complications rises with the increase in the disease duration, which in turn, negatively affects the patients’ QOL. However, also a contrary result was found in the study done in Kathmandu, Nepal, explaining having diagnosed for more than 10 years increased the quality of life in physical health domain by 5.184 score [13]. An observational study carried out in Dr. Sardjito Hospital in Yogyakarta, Indonesia, demonstrated no significant association between disease duration and the diabetes QOL clinical trial questionnaire [18].

The presence of comorbidity was found to be significantly associated with quality of life affected in the domain of energy and mobility , diabetes control , social overload , sexual behavior , and overall QOL (0.003) by 2.583, 2.334, 2.789, 5.649, and 2.807, respectively. This finding was similar with the finding of the study done in US adults, which showed that with the presence and the number of comorbidity, quality of life is affected in the domain of physical functioning, social functioning, and mental health [15]. The study done among females in Iran also found the consistent finding [17]. However, also a contrary result was found for the mental health domain which was not significant in the present study.

Those participants having an emergency room visit in last 6 months showed that the quality of life was affected in the domain: energy and mobility , diabetes control , anxiety and worry , social overload , and overall QOL by 4.596, 4.364, 5.026, 5.644, and 4.948, respectively. The study done among US adults with diabetes indicated that limited access to healthcare especially low frequency or no use of healthcare services was associated with poor glycemic control, which may lead to poor quality of life [19]. This finding was contrary with the finding of the study done among US Shield surveys, where no association was found between ER visit and quality of life of the diabetes patients [5].

Those participants having history of hospital admission in last 6 months showed poor QOL in the domain, of energy and mobility, social overload, and overall QOL. This was comparable with the finding of a study done among US adults having diabetes and was a part of the marketing company using the SF-20 questionnaire (physical function, social function, and mental health) [15].

4. Conclusions

In this study, the quality of life of the participants was more affected in the domain of anxiety and worry with the highest mean score (SD) (57.34 ± 11.08).The utilization of private health facilities is high for both diagnosis (70%) and treatment (82.2%), which concludes that people in this region are more aware about their health outcomes.

Age, marital status, education, alcohol consumption status, duration of disease, comorbidity, presence of complications, and emergency room visits were significantly associated with overall QOL.

Data Availability

The data used to support the findings of this study are available from the corresponding author upon request.

Conflicts of Interest

The authors declare no conflicts of interest.

Acknowledgments

The authors thank Female Community Health Volunteers and Community Health System Innovation (COHESION)-Project for help in search of people living with type 2 diabetes during door-to-door visits.

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