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  • A Comparative Study to Assess the Level of Depression in Insulin Dependent and Non-Insulin Dependent Diabetic Patients Attending Medical OPDS at HSK Hospital and Research Center, Bagalkot

  • 1Lecturer, Department of Psychiatric Nursing, BVV Sangha’s Shri B.V.V.S. Institute of Nursing Sciences, Bagalkot (587101), Karnataka, India.
    2Principal, Shri BVVS Institute of Nursing Sciences, Bagalkot-587101, Karnataka, India
     

Abstract

Background: Depression is more common in people with diabetes than in the general population. Depression and diabetes are linked in a complex, bidirectional relationship. The exact cause is not known, but it may be due to combination of genetic, biological, and psychological factors. Depression can play a significant role in the lives of people with diabetes affecting their health , quality of life, and ability to manage their condition. Treating depression can improve the medical prognosis for people with diabetes. And diabetes self-management programs, and psychotherapy, especially cognitive behavioral therapy. Purpose: The aim of this study is to assess the depression level among insulin dependent and non insulin dependent Diabetic patients of studying in selected medical OPDs at HSK Hospital and Research center, Bagalkot. Methods: A comparative study with a sample 120 respondents of insulin dependent and non-insulin dependent diabetic patients age between 18-40 years & above was selected by disproportionate stratified random sampling technique. Center for Epidemiologic Studies Depression scale was used statistical analysis. The data was entered in MS excel sheet and transferred to SPSS 25 for analysis. Results. Result of this study related to insulin dependent dependent diabetic patients and their level of depression shows that (98.3%) of insulin dependent had moderate level of depression, 1.6% insulin dependent had mild level of depression. Non-insulin dependent diabetic patients according to the depression shows (50%) were had mild level of depression, 41.6% of were had moderate level of depression and 8.3% were had sever level of depression. Conclusions: The study found there is an significant difference between Insulin dependent diabetic patients and Non-insulin dependent diabetic patients in their level of depression P< 0.05.

Keywords

Depression, insulin and non insulin, Dependent, Diabetic Patients, Medical OPDs and Hospital

Introduction

Diabetes mellitus (DM) is a chronic metabolic condition that occurs when the body cannot use insulin. It is classified as type 1 and type 2 diabetes mellitus. The onset of type 1 and 2 diabetes mellitus is usually begin in childhood and adulthood respectively. It is believed that type 1 diabetes mellitus is caused by genetics, but environmental factors like viruses might trigger the disease. Type 2 diabetes mellitus is caused by several reasons including lifestyle factors and genes. 1 Global health statistics estimate that depression is expected to be a leading cause of disability worldwide, and is a significant contributor to the global burden of diseases, affecting about 350 million people. The World Health Organization (WHO) ranks depression as the fourth leading cause of disability worldwide and is projected that by the year 2030 will be the second leading cause of disability worldwide. Depression causes adverse complications to the affected individuals as well as society at large. Globally, it is estimated that the prevalence of depression ranges from 4.4 to 27.0%. It is higher among the population in middle and older age; females, low socioeconomic status, and poor social relationships. 2 Depression, a common and often recurrent disorder has a number of risk factors which have been documented in the literature. Some of these include comorbidities with other conditions, other mental illnesses family history of depression and mental illness adverse events of childhood prior history of depression and treatment of depression and outcomes of treatment physical inactivity female gender, younger adults, smoking and having a chronic disease and unhealthy eating styles Depression is also a large burden on most economies and leads to increased mortality. 3 Depression and diabetes are complex public health challenges, marked by the interplay of physiological, psychological, and social factors. The high prevalence and associated mortality rates of both conditions have drawn significant attention in recent years. Numerous studies suggest a bidirectional relationship between diabetes and depression, with individuals with diabetes being 2–3 times more likely to develop depression than the general population. Conversely, depression increases the risk of developing type 2 diabetes by approximately 60%. The comorbidity of depression and diabetes can impair self-management and reduce treatment adherence, potentially exacerbating each other and thereby increasing healthcare costs and placing a substantial burden on families and society.4 Type 2 diabetes is a chronic disease; individuals with diabetes are at risk of complications, such as, nephropathy, retinopathy, and cardiovascular complications. Additionally, a long duration of strict diet limit, glucose monitoring, and medication can cause psychological maladjustment, studies have shown depressive symptoms to be higher in individuals with diabetes and the prevalence goes up with disease duration and complications. Studies have shown the percentage of depressive symptoms in newly diagnosed diabetes.5

OBJECTIVES

  1. To assess the level of depression among insulin dependent patients  
  2. To assess the level of depression non-insulin dependent patients.
  3. To compare the level of depression of insulin dependent patients   and non-insulin dependent patients between the age group 18-40 and above years.
  4. To find out the association between the level of depression of insulin dependent patients and their selected socio-demographic variables.
  5. To find out the association between the level of depression of non-insulin dependent patients and their selected socio-demographic variables.                                                                                 

MATERIALS AND METHODS

METHODS

It was descriptive and comparative study with an intended to assess the level of depression among insulin dependent and non-insulin dependent patients among age between 18-40 years and above as perceived from the diabetic patients at attending medical OPDs HSK hospital was selected for the study.
Research Design and Participants

Study participants:

This study is a randomized controlled trial conducted in October 2024. A simple sample of 120 insulin dependent and non-insulin dependent diabetic patients from 18-40 years and above of age are attending medical OPDs HSK hospital in Bagalkot was selected for the study. Insulin and non-insulin diabetic patients were willing to participate in this study, and diabetic patients who were present at the time of data collection were also included in this study. diabetic patients who were not healthy at the time of data collection were excluded from the study.

Research Approach- This study aims to collect information about a diabetic patients and level of depression. Therefore, Followed proportionate stratified random sampling method was considered appropriate for the research.

Research Design- The term research design refers to the research plan. Research design is type of statistical analysis that helps researchers select subjects, identify variables, control variables, make observations, and interpret data. A proportionate stratified random sampling method will be used to select the sample from attending medical OPDs HSK hospital in Bagalkot.

Variables to Examine- A variable is something that can be measured and change something. The change is the mental, physical, Quality of life, Hope, Characteristics and their personality. This study identified the changes.

Research variable 1: Level of Depression of Diabetic patients.

Socio-demographic variables- Socio-demographic variables included in this research age, gender, religion, educational status, Marital status, Occupational status, family monthly income, Area of residence, Type of diabetic mellitus, Family history of diabetics, Duration of Diagnosis, Treatment, Duration of insulin injection, Frequency of insulin injection, Type of device, Insulin Provider.

Setting of the study-The setting is where the population or the portion of it is located and where the study is carried out. The present study was conducted Medical OPDs at HSK Hospital and Research center, Bagalkot.

Sample and sample Size- This sample consists of subjects in the units that constitute the population of this study. The current sample consist of 120 insulin dependent and non-insulin dependent Diabetic patients age group between18 to 40 and above years, attending Medical OPDs HSK Hospital and Research center, Bagalkot.

Sampling Technique- The sampling technique is selecting a portion of the population to obtain information about a problem. A stratified proportional random sampling technique was used in this study

Statistical Analysis- The data was analysed using SPSS version 25. The obtained data was entered in MS excel sheet. The obtained data were statistically examined in terms of the objectives of the study using inductive statistics. Frequencies and percentage was used for the analysis of demographic data. The mean and standard deviation, median and range was used as inferential statistics. The chai square test was used to determine association between level of depression scores and selected socio-demographic variables of insulin dependent and non-insulin dependent Diabetic patients. The chi-square (X2) test will be used to find out the association between the demographic variables with the insulin dependent and non-insulin dependent Diabetic patients

Ethical clearance
Ethical clearance was obtained from the Institutional Ethics Committee of BVVS Sajjalashree Institute of Nursing Sciences, Bagalkot.

INSTRUMENT

Epidemiologic Studies Depression Scale (CES-D)
The Epidemiologic Studies Depression Scale (CES-D Scale) developed by “Lauriesm S. Radloff” is used to measure the level of depression of insulin dependent and non-insulin dependent diabetic mellitus patients. Depression were scored with a total of 20 items as follows: 1: Rarely or none of the time (less than 1 day), 2: Some or a little of the time (1-2 days), 3: Occasionally or a moderate amount of the time (3-4 days), and 4: Most or all of the time (5-7 days). Diabetic mellitus patient’s confidence in depressionrelations was created by the testretest method (r = 0.96), showing that insulin dependent and non-insulin dependent patients are have equal level of depression.

Data collection process

Prior permission is obtained from the relevant organization before the data collection process begins. At the time the research was conducted, the diabetic mellitus patients were attending medical OPDs at HSK   hospital. Data collection was conducted from all diabetic patients who met the inclusion criteria. Consent is obtained at diabetic patients. Before administering the survey, the purpose of the study was explained to the participants.

Data analysis
The obtained data were analyzed according to the research purposes using comarative and objective analysis. The main data was prepared based on the participants' responses. Demographic profile analysis with frequency and percentage. Mean and standard deviation of responses to questions Chisquare test was used to determine the relationship between  level of depression in words and numbers and selected demographic variables.

RESULTS 

Part I: Socio-demographic profile of Insulin dependent Diabetic patient. Sample characteristics.

Age

Frequency

Percentage

18-29 years

10

16.6

30-39 years

15

25

40 years & above

35

58.3

Gender

Frequency

Percentage

Male

45

75

Female

15

25

Transgender

00

00

Religion

Frequency

Percentage

Hindu

30

50

Muslim

20

33.3

Christian

10

16.6

Others

00

00

Educational status

Frequency

Percentage

No formal education

10

16.6

Primary education

15

25

Secondary education

15

25

Graduation & Above

20

33.3

Marital status

Frequency

Percentage

Single

10

16.6

Married

45

75

Divorced/sept/widow/widower

05

8.3

Occupational Status

Frequency

Percentage

House wife

26

43.3

Coolie

09

15

Employed

10

16.6

Self-employed

09

15

Agriculture

06

10

Family Monthly Income

Frequency

Percentage

Below-10,000/-

08

13.3

Rs 10,001-Rs 20,000/-

17

28.3

Rs-20,000/- & Above

35

58.3

Area of Residence

Frequency

Percentage

Rural

31

51.6

Urban

29

48.3

Types of Diabetic Mellitus

Frequency

Percentage

Type-I

60

100

Type-II

00

00

Family History of Diabetics

Frequency

Percentage

Yes

23

38.3

No

37

61.6

Duration of Diagnosis

Frequency

Percentage

Less than 1 year

12

20

1-5 year

26

43.3

More than 5 years

22

36.6

Treatment

Frequency

Percentage

Only Insulin

26

43.3

Only Oral Hypoglycemic

24

40

Insulin with Oral Hypoglycemic

10

16.6

Duration of Insulin Injection

Frequency

Percentage

Less than 1 year

15

25

1-5 year

23

38.3

More than 5 years

22

36.6

Frequency of Insulin Injection

Frequency

Percentage

Once

16

26.6

Two times per day

24

40

Three times per day

16

26.6

Four Times and More

04

6.6

Types of Device

Frequency

Percentage

Syringe

35

58.3

Pen

18

30

Pump

07

11.6

Insulin Provider

Frequency

Percentage

Self

19

31.6

Spouse

17

28.3

Family member

24

40

Health care provider and others

00

00

Part II: Socio-demographic profile of Non-Insulin dependent Diabetic patient. Sample characteristics

Age

Frequency

Percentage

18-29 years

12

20

30-39 years

18

30

40 years & above

30

50

Gender

Frequency

Percentage

Male

34

56.6

Female

26

43.3

Transgender

00

00

Religion

Frequency

Percentage

Hindu

38

63.3

Muslim

13

21.6

Christian

09

15

Others

00

00

Educational status

Frequency

Percentage

No formal education

06

10

Primary education

09

15

Secondary education

23

38.3

Graduation & Above

22

36.6

Marital status

Frequency

Percentage

Single

08

13.3

Married

45

75

Divorced/sept/widow/widower

07

11.6

Occupational Status

Frequency

Percentage

House wife

15

25

Coolie

04

6.6

Employed

15

25

Self-employed

18

30

Agriculture

08

13.3

Family Monthly Income

Frequency

Percentage

Below-10,000/-

10

16.6

Rs 10,001-Rs 20,000/-

17

28..3

Rs-20,000/- & Above

33

55

Area of Residence

Frequency

Percentage

Rural

21

35

Urban

39

65

Types of Diabetic Mellitus

Frequency

Percentage

Type-I

00

00

Type-II

60

100

Family History of Diabetics

Frequency

Percentage

Yes

24

40

No

35

60

Duration of Diagnosis

Frequency

Percentage

Less than 1 year

15

25

1-5 year

26

43.3

More than 5 years

19

31.6

Treatment

Frequency

Percentage

Only Insulin

25

41

Only Oral Hypoglycemic

27

45

Insulin with Oral Hypoglycemic

08

13.3

Duration of Insulin Injection

Frequency

Percentage

Less than 1 year

12

20

1-5 year

20

33.3

More than 5 years

28

46.6

Frequency of Insulin Injection

Frequency

Percentage

Once

13

21.6

Two times per day

26

43.3

Three times per day

12

20

Four Times and More

09

15

Types of Device

Frequency

Percentage

Syringe

38

63.3

Pen

19

31.6

Pump

03

05

Insulin Provider

Frequency

Percentage

Self

19

31.6

Spouse

15

25

Family member

06

10

Health care provider and others

20

33.3

PART III: Frequency and Percentage of distribution of Insulin- Dependent Diabetic patient (Center for Epidemiologic Studies Depression Scale) =60                                  

Sl. No

Range of score

Single Child

Frequency

Percentage

1

0-20

Mild

01

1.6

2

21-40

Moderate

59

98.3

3

41 & above

Sever

00

00

 

 

 

60

100

From above table the percentage distribution of Insulin- Dependent Diabetic patient and their level of Depression shows that (1.6%) of Insulin- Dependent Diabetic patient had mild level of depression, 98.3% Diabetic patient had moderate level of depression.

 

Max score

Min score

Mean

SD

Mean %

Depression

80

20

49.7

0.76

31.60

 Here, above table percentage distribution the mean is 49.6, Standard deviation is about 0.76 & Mean percentage is 31.60 of Insulin- Dependent Diabetic patient in this study.

PART IV: - Frequency and percentage distribution of Non-insulin dependent diabetic patient (Center for Epidemiologic Studies Depression Scale).

N=60

Sl. No

Range of score

Single Child

Frequency

Percentage

1

0-20

Mild

30

50

2

21-40

Moderate

25

41.6

3

41 & above

Sever

05

8.3

 

 

 

60

100

The above table percentage distribution of Non-insulin dependent diabetic patient according to their level of Depression shows 50% of Non-insulin dependent diabetic patient were having mild level of depression, 41.6% of Non-insulin dependent diabetic patient were having moderate level of depression and 8.3% Non-insulin dependent diabetic patient were having sever level of depression.                        

 

Max score

Min score

Mean

SD

Mean %

Depression

80

20

26.18

0.88

32.72

Here, above table percentage distribution the mean is 26.18, Standard deviation is about 0.88 & Mean percentage is 32.72 of Non-Insulin- Dependent Diabetic patient in this study.

PART V: -Association between the Insulin- Dependent Diabetic patient with their selected socio-demographic variables                                                    N=60

Sl. No

Socio-demographic variables

Df

Chi-square (X2) value

p-value

1

Age

4

0.83

0.9344

2

Gender

4

0.31

0.9892

3

Religion

6

1.24

0.9749

4

Educational Status

6

3.05

0.8025

5

Marital Status

4

5.08

0.2792

6

Occupational Status

8

5.76

0.6741

7

Family Monthly Income

4

0.73

0.9476

8

Area of residence

2

1.16

0.5599

9

Type of Diabetic Miletus

2

0

1

10

Family History of Diabetic Miletus

2

1.64

0.4404

11

Duration of Diagnosis

4

1.33

0.8563

12

Duration of Insulin Injection

4

1.76

0.7798

13

Treatment

4

5.08

0.2792

14

Frequency of Insulin Injection

6

2.8

0.8335

15

Types of Device

4

0.73

0.9476

16

Insulin Provider

6

1.53

0.9575

*Significance at α = 0.05

PART VI: -Association between the Non-Insulin- Dependent Diabetic patient with their selected socio-demographic variables.                                            

N=60

Sl. No

Socio-demographic variables

Df

Chi-square (X2) value

p-value

1

Age

4

6.17

0.1868

2

Gender

2

1.65

0.4382

3

Religion

4

0.92

0.9217

4

Educational Status

6

9.08

0.1691

5

Marital Status

4

5.83

0.2122

6

Occupational Status

8

7.65

0.4684

7

Family Monthly Income

4

4.34

0.3619

8

Area of residence

2

4.53

0.1038

9

Type of Diabetic Miletus

2

0

1

10

Family History of Diabetic Miletus

2

1.01

0.6035

11

Duration of Diagnosis

4

5.83

0.2099

12

Duration of Insulin Injection

4

4.12

0.39

13

Treatment

4

10.96

0.027

14

Frequency of Insulin Injection

6

9.32

0.1564

15

Types of Device

4

3.37

0.4979

16

Insulin Provider

6

5.24

0.5134

*Significance at α = 0.05

PART VII: -Comparison of Level of Depression between insulin dependent diabetic patient and Non-insulin dependent diabetic patient.

Group

Mean

Standard Deviation

Standard Error

Mean Difference

Insulin Dependent Diabetic Patient

49.7

0.76

0.12

23.52

Non-insulin Dependent Diabetic patient

26.18

0.88

 

 

As the data was normally distributed mean difference was used for comparison. The calculated of mean difference is 23.52.  significant difference in level of depression of insulin dependent diabetic patient and non-insulin dependent diabetic patient.

DISCUSSION

In the present study comparative study was used, a similar study conducted by Tapash Roy, Cathy E Lloyd on assessment of depression the high rates of co-morbidity of depression and diabetes have been reported. The prevalence rate of depression is more than three-times higher in people with type 1 diabetes (12%, range 5.8-43.3% vs. 3.2%, range 2.7-11.4%) and nearly twice as high in people with type 2 diabetes (19.1%, range 6.5-33% vs. 10.7%, range 3.8-19.4%) compared to those without. Women with diabetes and also women without diabetes experience a higher prevalence of depression than men. Reviewed studies provide support for a modest relationship between diabetes and depressive symptoms, but the exact direction of this relationship remains unclear.6. The present study is consistent and supported with the similar study was conducted by Anugraha, Aswini; Kantipudi et al, one hundred and fourteen patients (male = 36, female = 78) were screened for depression, and the diagnosis was confirmed with MINI. Twenty-six patients scored ≥10 scores, of which 8 (7%) met the criteria for moderate depression and 18 (15.8%) for mild depression. Eighty-eight (77.2%) had no depression. The characteristics significantly associated with depression were female gender, poor glycemic control, and systemic hypertension.7 The present study is consistent and supported with the similar study was conducted by Panel Mansoura Ismail, MaiHassan Seif, Nourhan Metwally, six hundred and eighty-three patients with Type 2 DM were enrolled in the current study. The majority were married (92. 2%),), two-thirds were males (61.1%), and almost half of them were Qatari and aged less than 50 years (48.8% and 48.2% respectively the prevalence of depression among patients with Type 2 DM was 20.1 %, with the vast majority of them having mild depression (70.8%), while 4.7 % and 1.2% had moderate and severe depression respectively. The association between various sociodemographic characteristics and depression showed that depression was found to be statistically significantly higher among patients who were females (p <0.001), married (p = 0.018), Qatari (p <0.001), their age more than 50 years (p = 0.013), and with family history of diabetes (p = 0.002) 8 Our study results showed that the prevalence of depression was significantly higher in insulin dependent diabetic patient with 40 and above years of age (58. 3%) compared to Non-insulin dependent diabetic patient age group 40 and above years (50%). In this study findings shows that the higher in Insulin dependent diabetic patient were moderate 98. 3% has level of depression compared to non-insulin dependent diabetic patient were mild 50% has level of depression. The prevalence of depression in type 2 diabetes mellitus varied widely in different countries and studies. Zhang, Xu, Zhaoet al studied 2500 patients with type 2 diabetes mellitus in China and showed that the rate of depression in this study was 5. 7% (142/2500) according to BDI scores (BDI score ≥14). Stressful events could provoke and cause relapses of depression in both the general and diabetic population. Lee, Brazeal, Choiet al studied 421 patients with type 2 diabetes mellitus and revealed that the patients with stressful events had higher prevalence of depression than those who had no stressful events.9,10

CONCLUSION AND RECOMMENDATION:

The Insulin dependent diabetic patient; the percentage distribution of Insulin dependent and their level of depression shows that (98.3%) had moderate level of depression, were as (1.6%) insulin dependent Patient had mild level of depression. The non-insulin dependent diabetic patient; the distribution of non-insulin diabetic patient according to the level of depression shows (50%) had mild level of depression, were as (41.8%) had moderate level of depression, and only the (8.3%) of had sever level of depression, A similar study can be repeated in different regions of the states or nations so as to compare the results. The same study can be replicated on a large sample to generalize the findings. The study can be conducted by including additional demographic variables. More educational campaigns also should be conducted in their field. A true experimental study can be carried out. A similar study can be recommended by using different method of teaching.

ACKNOWLEDGMENTS

We thank the anonymous referees for their constructive comments. My heart is filled with gratitude to those who have reached out to help, and no words can express my true gratitude to Prof   Jayashri, G, Itti   Principal of BVVS Institute of Nursing Sciences, Bagalkot.

SUGGESTION:

Health professionals can provide health education to young people everywhere.

CONFLICTS: 

None

REFERENCE

  1. E A Nigus, W D Abate & B A Elyas; Prevalence of     depression and its associated factors among patients with diabetes mellitus, BMC Public Health; volume 20, February 2020; Article number: 266, 7565 Accesses, 27 Citations.
  2. R Mussa, K Masunga, A M Tarimo etal; Depression and its associated factors among patients with diabetes: April 17, 2023. https://doi.org/10.1371/journal.pone.0284566.
  3. Chireh, Muzi Li, Carl D’Arcy; Diabetes increases the risk of depression; Preventive Medicine Reports; Volume 14, June 2019, 100822; https://doi.org/10.1016/j.pmedr.2019.100822
  4. Z Chuanjie, Y Jianmin, W Linyue, etal; Association between depression and diabetes among American adults; Scientific Reports; volume 14; November 2024; Article number: 27735; 4325 Accesses.
  5. Ruan Yu, Li Y-Hua, Li Hong; Depression in newly diagnosed type 2 diabetes; International Journal of diabetes in development countries; volume;30(2): 2010 Apr-Jun; page no- 102–104. doi: 10.4103/0973-3930.62601
  6. R Tapash, L E Cathy; Epidemiology of depression and diabetes: a systematic review; Journal of Affective Disorders; Volume 142, Supplement, October 2012, 142 Suppl: S8-21Pages S8-S21 doi: 10.1016/S0165-0327(12)70004-6.
  7. Anugraha, Aswini; Kantipudi, etal; Prevalence of Depression among Patients of Type 2 Diabetes Mellitus without Overt Complications and Its Association with Glycemic Control in a Tertiary Care Center in India; IGINAL Article Annals of Indian Psychiatry 7(3): p 244-250, Jul–Sep 2023;| DOI: 10.4103/aip.aip_205_22
  8. I Mansoura, S MaiHassan, M Nourhan, et al; Prevalence and determinants of depression among patients with Type 2 diabetes mellitus attending family medicine clinics in Qatar; American Journal of Medicine Open; Volume 9, June 2023, 100014
  9. W Zhang, H Xu, S Zhao, et al; Prevalence and influencing factors of co-morbid depression in patients with type 2 diabetes mellitus: a general hospital-based study. Diabetol Metab Syndr; volume; 7(1):2015;60. doi: 10.1186/s13098-015-0053-0.
  10. J Lee, M Brazeal, H Choi, TA Rehner et al; Physical and psychosocial factors associated with depression among adults with type 2 diabetes mellitus at a federally qualified healthcare center; Soc Work Health Care; volume 57(10):2018; page no-834–850. doi: 10.1080/00981389.2018.1508113.

Reference

  1. E A Nigus, W D Abate & B A Elyas; Prevalence of     depression and its associated factors among patients with diabetes mellitus, BMC Public Health; volume 20, February 2020; Article number: 266, 7565 Accesses, 27 Citations.
  2. R Mussa, K Masunga, A M Tarimo etal; Depression and its associated factors among patients with diabetes: April 17, 2023. https://doi.org/10.1371/journal.pone.0284566.
  3. Chireh, Muzi Li, Carl D’Arcy; Diabetes increases the risk of depression; Preventive Medicine Reports; Volume 14, June 2019, 100822; https://doi.org/10.1016/j.pmedr.2019.100822
  4. Z Chuanjie, Y Jianmin, W Linyue, etal; Association between depression and diabetes among American adults; Scientific Reports; volume 14; November 2024; Article number: 27735; 4325 Accesses.
  5. Ruan Yu, Li Y-Hua, Li Hong; Depression in newly diagnosed type 2 diabetes; International Journal of diabetes in development countries; volume;30(2): 2010 Apr-Jun; page no- 102–104. doi: 10.4103/0973-3930.62601
  6. R Tapash, L E Cathy; Epidemiology of depression and diabetes: a systematic review; Journal of Affective Disorders; Volume 142, Supplement, October 2012, 142 Suppl: S8-21Pages S8-S21 doi: 10.1016/S0165-0327(12)70004-6.
  7. Anugraha, Aswini; Kantipudi, etal; Prevalence of Depression among Patients of Type 2 Diabetes Mellitus without Overt Complications and Its Association with Glycemic Control in a Tertiary Care Center in India; IGINAL Article Annals of Indian Psychiatry 7(3): p 244-250, Jul–Sep 2023;| DOI: 10.4103/aip.aip_205_22
  8. I Mansoura, S MaiHassan, M Nourhan, et al; Prevalence and determinants of depression among patients with Type 2 diabetes mellitus attending family medicine clinics in Qatar; American Journal of Medicine Open; Volume 9, June 2023, 100014
  9. W Zhang, H Xu, S Zhao, et al; Prevalence and influencing factors of co-morbid depression in patients with type 2 diabetes mellitus: a general hospital-based study. Diabetol Metab Syndr; volume; 7(1):2015;60. doi: 10.1186/s13098-015-0053-0.
  10. J Lee, M Brazeal, H Choi, TA Rehner et al; Physical and psychosocial factors associated with depression among adults with type 2 diabetes mellitus at a federally qualified healthcare center; Soc Work Health Care; volume 57(10):2018; page no-834–850. doi: 10.1080/00981389.2018.1508113.

Photo
Poornima R. Meti
Corresponding author

Lecturer, Department of Psychiatric Nursing, BVV Sangha’s Shri B.V.V.S. Institute of Nursing Sciences, Bagalkot (587101), Karnataka, India.

Photo
Jayashri G. Itti
Co-author

Principal, Shri BVVS Institute of Nursing Sciences, Bagalkot-587101, Karnataka, India

Poornima R. Meti*, Jayashri G. Itti, A Comparative Study to Assess the Level of Depression in Insulin Dependent and Non-Insulin Dependent Diabetic Patients Attending Medical OPDS at HSK Hospital and Research Center, Bagalkot, Int. J. Sci. R. Tech., 2025, 2 (5), 462-471. https://doi.org/10.5281/zenodo.15469016

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