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Measurement in Practice: Review of Quality of Life Measures for Patients with Diabetes

Please note that this section is an archive and is no longer being updated.

Prepared by Kimberly Raiford Wildes, DrPH, MA, Anthony Greisinger, PhD, and Kimberly J. O'Malley, PhD

Objectives


Quality of Life (QoL) instruments are used with diabetes patients in the management of the disease and its related outcomes. There is a substantial amount of literature focused on this area, therefore, many disease-specific instruments have been developed to assess quality of life in patients with diabetes. With the vast amount of instruments available, researchers and/or medical professionals may be overwhelmed as to which instrument to use for their specific purpose. In addition, the definition of QoL is ambiguous and there is little agreement as to how to go about assessing it (Polonsky, 2000). The aim of this study was to identify QoL instruments developed specifically for use with diabetes patients, and to systematically review them in terms of descriptive and psychometric properties. In turn, professionals will be able to examine the purpose and available psychometric properties of each instrument, affording them the opportunity to utilize the most responsive and accurate instrument.

Methods


A thorough literature review was performed from December 2002 to January 2003. Several databases, web sites, and search engines were used to search for key terms relating to diabetes-specific QoL instruments: PubMed, Health and Psychosocial Instruments (HaPI), Michigan Diabetes Research and Training Center (MDRTC), Google, OVID, and ScienceDirect. Instruments were reviewed if they were diabetes-specific (Type I or Type II), adult-specific, and self-administered. Survey items or instruments developed by authors to be used specifically in one study, for their research purpose only, were not included. Once a reference list was generated, the list was reviewed for relevance, duplicate references were eliminated, and results were grouped according to purpose (e.g. for use with Type I diabetes patients only). Descriptive and psychometric information was compiled for each diabetes-specific instrument. In the case where instrument properties were not available in the literature, developmental authors were contacted for information and survey items. In addition to the above, a list of QoL instruments most frequently used with diabetes patients, but which are not diabetes-specific, was compiled and included in the study. This was also done for a list of diabetes-specific instruments that are frequently used to assess QoL, but which are actually psychosocial instruments. These lists are to aid researchers and medical professionals in choosing the most valuable instrument.

Results


The search produced a list of 24 instruments eligible for review. Eleven (11) instruments for use with Type 1 and Type 2 diabetes were reviewed, eight (8) instruments used for specific aspects of diabetes were reviewed, four (4) instruments for use only with Type 1 diabetes were reviewed, and three (3) instruments for use only with Type 2 diabetes were reviewed. In addition, details on five (5) commonly used psychosocial instruments were provided. Lastly, a list of 11 generic QoL instruments that are frequently used in the diabetic population was provided. Recommendations for instruments were made based on purpose, length, date of publication, and psychometric properties. Five (5) diabetes-specific instruments are highly recommended as suitable for measurement of diabetes-specific QoL. Other specific recommendations and cautions are provided.

Conclusions


A multitude of diabetes-specific QoL instruments are available. Researchers and medical professionals may be hindered by the available choices and lack of coherent reviews. The current study synthesizes available results, which professionals may use to critically examine and choose an instrument of their choice, based on descriptive and psychometric properties. From this synthesis, five (5) instruments are recommended for assessment of diabetes-specific QoL.

QoL Instruments for Use With All Diabetes Patients

ADDQoL (Audit of Diabetes Dependent QoL)

ADS (Appraisal of Diabetes Scale)

D-39 (Diabetes-39)

DCP (Diabetes Care Profile)

DIMS (Diabetes Impact Measurement Scales)

DMH (Diabetes Mellitus History)

DQLCTQ-R (Diabetes Quality of Life Clinical Trial Questionnaire-Revised)

DQOL (Diabetes Quality of Life Measure)

LQD (Quality of Life with Diabetes Questionnaire)

QSD-R (Questionnaire on Stress in Patients with Diabetes-Revised)

WED (Well-Being Enquiry for Diabetics)

Instruments Used for Specific Diabetes-Related Aspects (Situation-specific) (Knowledge, beliefs, attitudes, satisfaction)

D-FISQ (Diabetes Fear of Injecting and Self-testing Questionnaire)

DFS (Diabetic Foot Ulcer Scale)

DKT (Diabetes Knowledge Test)

DKQ-1 (Diabetes Knowledge Questionnaire-1)

DTSQ (Diabetes Treatment Satisfaction Questionnaire)

HFS (Hypoglycemia Fear Survey)

HFS-II (Hypoglycemia Fear Survey II)

MDQ (Multidimensional Diabetes Questionnaire)

Instruments for Use with Type I Diabetes

D-FISQ (Diabetes Fear of Injecting and Self-testing Questionnaire)

DHP-1 (Diabetes Health Profile-1)

DKQ-1 (Diabetes Knowledge Questionnaire-1)

DSQOLS (Diabetes-Specific Quality of Life Scale)

Instruments for Use with Type II Diabetes (NIDDM)

DHP-18 (Diabetes Health Profile-18)

DKQ-2 (Diabetes Knowledge Questionnaire-2)

DSC-R (Diabetes Symptom Checklist Revised)

Scales reported as psychosocial/psychological

DAS-3 (Diabetes Attitude Scale)

DES (Diabetes Empowerment Scale)

PADS (Psychosocial Aspects of Diabetes Schedule)

PAID (Problem Areas in Diabetes)

W-BQ22 and W-BQ12 (Well-Being Questionnaire)

QoL Instruments for Use With All Diabetes Patients



ADDQoL (Audit of Diabetes Dependent QoL)2,7

author and pub. date Clare Bradley, 1999
items 13, single dimension
scale 7-point scale
language Original is English, multiple languages available
technique Self-administered
content Based on existing instruments, discussions with health professionals and patients
objective To measure one's perception of the impact of diabetes on quality of life
reliability Item-total correlation range = 0.37-0.67; Alpha = 0.84
validity Correlated with Global judgment QOL (r=0.31) and Global judgment QOL without Diabetes (r=0.47)
comments Recent instrument, brief, theory involved patient input, good reliability. *Recommended

ADS (Appraisal of Diabetes Scale) 2

author and pub. date Michael P. Carey, 1991
items 7 items, single dimension
scale 5-point scale
language Original in English, no translations
technique Self-administered
content Based on theory and previous research
objective To assess diabetic's appraisal of his/her diabetes
reliability Item-total correlation range=0.28-0.59; Alpha=0.73, test-retest=0.85-0.89
validity Correlated with Diabetic Daily Hassles Scale (r=0.59), Diabetes Regimen Adherence Q-aire-R (r=0.17), Diabetes Health Belief Q-aire (r=0.31-0.42), Perceived Stress Scale (r=0.49), Psychiatric Symptom Index (r=0.39-0.55)
comments Instrument is theory based, brief, not recent, moderate reliability, good test-retest reliability. *Recommended


D-39 (Diabetes-39) 2

author and pub. date J.G. Boyer, 1997
items 39 items, 5 dimensions
scale 7-point visual analogue scale
language Original in English, multiple languages available
technique Self-administered
content Based on literature review, existing instruments, and interviews with diabetics and health professionals
objective To measure QOL in diabetics, in order to focus on issues of importance to diabetics and determine unmet needs
reliability Item-total correlation range=0.50-0.84, Alpha=0.70-0.93
validity Correlated with SF-36 (r=0.15-0.71), Global Judgment of QOL (r=0.21-0.44), Global Judgment of Diabetes Severity (r=0.15-0.56)
comments Long instrument, recent, validity evidence not so strong, content involved patient input, moderate to strong reliability.


DCP (Diabetes Care Profile) 8,11-13

author and pub. date James T. Fitzgerald (MDRTC), 1996
items 234 items, sixteen scales
scale 5-point Likert
language Original in English, available in Chinese
technique Self-administered
content Diabetes beliefs, self-reported diabetes self-care, and difficulties with diabetes self-care, demographic information and self-care practices.
objective To assess the social and psychological factors related to diabetes and its treatment
reliability Alpha: 0.60-0.97.
validity Discriminated between patient groups at p=0.05, correlated with GHb level and psychosocial scales (p<=0.01), the SF-36 (r>=0.30, p<=0.01), and dietary adherence (r=-0.29 to 0.41).
comments VERY long instrument, but thorough---subscales may be used independently to measure individual domains *Recommended for use with individual subscales, otherwise, instrument is too long



DIMS (Diabetes Impact Measurement Scales) 2

author and pub. date Thomas T. Aoki and G. Steven Hammond, 1992
items 44 items, 5 dimensions
scale 4- to 6-point scale
language Original in English, available in French and Italian
technique Self-administered
content Based on lit review, review of instruments, and discussions with clinicians
objective To measure longitudinal changes in health status in Diabetics for application in clinical trials.
reliability Alpha=0.60-0.85
validity Correlated with Global judgment of general health by patient (r=0.27-0.47) and by clinician (r=0.29-0.45).
comments Slightly long, not recent, low to good reliability, validity not so strong, content did not involve patient input.


DMH (Diabetes Mellitus History)10

author and pub. date MDRTC, 1998 (revised)
items 34 core questions (5 sections) and 13 optional (4 sections)
scale Varies
language Original in English, no translations
technique Self-administered
content Core areas include resource and medication use, satisfaction, comorbidities, and background
objective To collect basic clinical diabetes information from community-based patients (classified by researchers as QOL)
reliability No information found.
validity No information found.
comments Long (more than 30 items), recent, items are not really QOL but are more clinical in nature *Not recommended for QOL measurement, but may be used to collect basic information.


DQLCTQ-R (Diabetes Quality of Life Clinical Trial Questionnaire-Revised)6

author and pub. date W. Shen, 1999
items 57 items, 8 domains in revised version (original version 142 items and 34 domains)
scale Varies
language Original in English, available in French and German
technique Self-administered
content Composite of generic and specific instruments including SF-36 and DQOL, content based on patient focus groups and expert clinician panels
objective To measure QOL changes in multinational clinical trials of patients with Type I and II diabetes
reliability Intraclass r=0.74-0.90 Alpha=0.77-0.90.
validity Scale discriminates between type of diabetes, metabolic control, gender, and self-perceived control of diabetes.
comments Long, recent, good reliability, content involved patient input.


DQOL (Diabetes Quality of Life Measure) 2

author and pub. date Alan M. Jacobson, 1988 (Diabetes Control and Complications Trial, DCCT, 1996)
items 46 items in 4 dimensions
scale 5-point Likert scale
language Original English, available in Chinese and Spanish (EsDQOL)
technique Self-administered
content Based on lit reviews, discussion with clinicians and Type I diabetics.
objective To measure QOL and burden of treatment.
reliability Alpha=0.47-0.92 Test-retest=0.78-0.92
validity Correlated with the SCL-90-R (r=0.40-0.60), Bradburn Affect Balance Scale (r=0.27-0.57), SF-36 (r=0.00-0.60), and psychological adjustment to illness (r=0.06-0.63)
comments Not recent, slightly long, content involved patient input, low to good internal consistency reliability, good test-retest reliability, and validity evidence not so strong. Reported as most widely used QOL measure for Diabetics


LQD (Quality of Life with Diabetes Questionnaire) 4

author and pub. date A. Hirsch, 1997
items 17 items, 3 dimensions
scale 5-point scale
language German
technique Self-administered
content Modified version of the DQOL with items translated into German.
objective To address satisfaction with life and the burdens of diabetes and its treatment.
reliability Internal consistency r= 0.71-0.83 among subscales. Test-retest (3 days)=0.53-0.77 among subscales; test-retest (30 days)=0.27-0.74
validity Discriminated between types of therapy (p<0.05) and number of complications (except for one subscale), and frequency of hypoglycemia (p<0.001).
comments Brief, fairly recent, moderate to good internal consistency reliability, test-retest reliability ranges from low to good among scales, validity moderate. *The Blood Glucose subscale should be used with caution.


QSD-R (Questionnaire on Stress in Patients with Diabetes-R) 2,14

author and pub. date G. Duran and P. Herschbach, 1997
items 45 items, 8 dimensions
scale 5-point scale
language German with English translation
technique Self-administered
content Based on lit reviews and interviews with clinicians and diabetics, self-administered
objective To assess diabetes-related stress
reliability Alpha=0.69-0.81 for the factors and 0.63 for total Test-retest=0.45-0.73
validity Correlated with State-Trait Anxiety Inventory (r=0.33-0.71) and BDI (r=0.61).
comments Fairly recent, long, moderate to good reliability (though test-retest is lower), low to moderate validity evidence, content involved patient input.


WED (Well-Being Enquiry for Diabetics) 2

author and pub. date E. Mannucci, 1996
items 50 items, 4 dimensions
scale 5-point scale
language English
technique Self-administered
content Based on diabetologists, psychiatrists, nurses and diabetics
objective To measure diabetes-related QOL in clinical settings
reliability Alpha=0.81-0.84 Test-retest=0.68-0.89
validity Correlated with DQOL (r=0.05-0.68), State-Trait Anxiety Inventory (r=0.13-0.63), Hamilton Depression Rating Scale (r=0.29-0.49)
comments Long, not recent, content involved patient input, good internal consistency reliability and moderate to good test-retest reliability, not so strong validity evidence


Instruments Used for Specific Diabetes-Related Aspects (Knowledge, beliefs, attitudes, satisfaction)



D-FISQ (Diabetes Fear of Injecting and Self-testing Questionnaire) 15-16

author and pub. date Frank J. Snoek, 1997
items 15 items (original 38), 2 subscales
scale 4-point Likert scale
language Original in Dutch, English translation recently developed
technique Self-administered
content Items developed from literature and clinical experience
objective To quantify the degree of fear of self-injecting insulin and self-testing of blood glucose in adult insulin-treated diabetic patients
reliability Alpha=0.94 total, 0.90-0.94 for subscales Test-retest r=0.50 to 0.68
validity Correlated at 0.28- 0.45 with fear of hypoglycemia, trait anxiety, and fear of injury/illness/death. Scores related to behavioral avoidance (p=0.01-0.095).
comments Interesting instrument due to specificity of dimension, English translation recently developed, low validity, low to high reliability


DFS (Diabetic Foot Ulcer Scale) 17

author and pub. date Johnson & Johnson, unknown date
items 62 (caregiver version), 64 (patient version)
scale No information found.
language Original in English, multiple languages
technique Self-administered
content No information found.
objective To measure the impact of foot ulcers on QOL
reliability No information found.
validity No information found.
comments Long, very specific to one dimension, was not able to find psychometric information


DKT (Diabetes Knowledge Test) 1

author and pub. date James T. Fitzgerald of MDRTC, 1998
items 23 items (first 14 suitable for NIDDM, full 23 items appropriate for IDDM), 2 subscales
scale Multiple-choice
language Original in English, several languages available
technique Self-administered
content Expert panel identified the content areas to test, performed item revision, pilot-tested
objective To gain a general assessment of a patient’s knowledge about diabetes and the care of diabetes
reliability Alpha=0.70-0.71 for general test and 0.74-0.76 for insulin-use portion. Item-whole r=0.22-0.43 for general test and 0.32- 0.53 for insulin-use subscale.
validity Allegedly established by showing that Type I diabetics have higher DKT scores than Type II diabetics
comments Recent, brief, moderate reliability and validity (reliability is higher for the insulin-use portion) *Recommended


DKQ-1 (Diabetes Knowledge Questionnaire-1) 17

author and pub. date Keith A. Meadows, date unknown
items 46 items, 5 domains
scale Multiple-choice
language Original in English, available in Spanish
technique Self-administered
content No information found.
objective To identify diabetes-specific knowledge deficits in Type I diabetic patients.
reliability No information found.
validity No information found.
comments Author was contacted, but has not responded. DKQ-1 was first known as the CCQ-1


DTSQ (Diabetes Treatment Satisfaction Questionnaire)18

author and pub. date Clare Bradley, 1993
items 8 items
scale 7-point Likert Scale
language Original in English, available in multiple languages
technique Self-administered
content No information found.
objective To measure diabetes treatment satisfaction (6 items) and perceived frequency of hyperglycemia and hypoglycemia (2 items).
reliability No information found.
validity No information found.
comments Not recent, brief, measures treatment satisfaction, which may be an important aspect of QoL, but this instrument does not directly assess QoL. Two versions DTSQs and DTSQc (status and change)


HFS (Hypoglycemia Fear Survey)3

author and pub. date Daniel J. Cox and Linda A. Gonder-Frederick, 1987
items 27 items
scale 5-point Likert
language English, no translations
technique Self-administered
content Based on content from interviews with diabetes health professionals and insulin-requiring patients
objective To measure degree of fear experienced with hypoglycemia, to monitor continual diabetes care in diabetics requiring insulin
reliability Alpha=0.87 in pilot, alpha=0.60-0.96 among subscales, no negative item-total correlationsTest-retest=0.59-0.76 among subscales
validity Moderately correlated with other measures of psychological fear/anxiety, risk of hypoglycemia, and number of glycemic episodes. Not correlated with measures of unrelated constructs
comments Good internal consistency and test-retest reliability, very specific, have found very limited information on this scale


HFS-II (Hypoglycemia Fear Survey-II) 3

author and pub. date Linda A. Gonder-Frederick, date unknown
items 23 items (4 items from HFS deleted and 4 items revised)
scale 5-point Likert
language English, no translations
technique Self-administered
content Based on interviews with diabetes professionals and insulin-requiring patients
objective To measure degree of fear experienced with hypoglycemia, to monitor continual diabetes care in diabetics requiring insulin
reliability Alpha=069-0.90 for subscales
validity High SCL-90 phobic subscale scores related to fewer behaviors to avoid hypoglycemia (r=-0.36) in Type I patients. SCL-90 anxiety (r=0.43) and phobic (r=0.29) subscales related to Worry subscale on HFS-II in Type II patients.
comments Have found very limited information on this scale, contacted author


MDQ (Multidimensional Diabetes Questionnaire) 19

author and pub. date Arie Nouwen, 1997
items 41 items, 3 factors
scale 7-point (factors 1 and 2) and 0-100 rating scale (factor 3)
language English, available in French
technique Self-administered
content Based on patient experience, diabetologists, and significant others of patients
objective To provide a comprehensive assessment of social and cognitive factors (authors classify as QOL)
reliability Alpha=0.70 to 0.91 among subscales
validity Correlated with psychological (BDI-SF and IHLC), behavioral (diet and exercise), and disease-related measures (duration of diabetes, HbA1c, complications)
comments Not recent, long, internal consistency moderate to good, moderate validity evidence

Instruments for Use with Type I Diabetes



D-FISQ (Diabetes Fear of Injecting and Self-testing Questionnaire) 15-16

author and pub. date Frank J. Snoek, 1997
items 15 items (original 38), 2 subscales
scale 4-point Likert scale
language Original in Dutch, English translation recently developed
technique Self-administered
content Items developed from literature and clinical experience
objective To quantify the degree of fear of self-injecting insulin and self-testing of blood glucose in adult insulin-treated diabetic patients
reliability Alpha=0.94 total, 0.90-0.94 for subscalesTest-retest r=0.50 to 0.68
validity Correlated at 0.28- 0.45 with fear of hypoglycemia, trait anxiety, and fear of injury/illness/death. Scores related to behavioral avoidance (p=0.01-0.095).
comments Interesting instrument due to specificity of dimension, English translation recently developed, low validity, low to high reliability


DHP-1 (Diabetes Health Profile-1)2,9

author and pub. date Keith A. Meadows, 1996
items 32 items in 3 factors
scale 4-point scale
language English
technique Self-administered
content Based on lit review, review of instruments, interviews with Type I patients and health care professionals
objective To identify psychosocial dysfunctioning/QOL among insulin dependent and insulin requiring patients
reliability Alpha=0.70-0.88 for factorsItem-total correlation=0.40-0.75
validity Correlated with Hospital Anxiety and Depression Scale (r=0.28-0.62) and SF-36 (r=-0.07 to -0.68)
comments Content involved patient input, relatively brief, fairly recent, moderate to good reliability*Recommended(This instrument measures psychosocial functioning but is classified as QOL/Health status).


DHP-1 (Diabetes Health Profile-1)2,9

author and pub. date Keith A. Meadows, 1996
items 32 items in 3 factors
scale 4-point scale
language English
technique Self-administered
content Based on lit review, review of instruments, interviews with Type I patients and health care professionals
objective To identify psychosocial dysfunctioning/QOL among insulin dependent and insulin requiring patients
reliability Alpha=0.70-0.88 for factorsItem-total correlation=0.40-0.75
validity Correlated with Hospital Anxiety and Depression Scale (r=0.28-0.62) and SF-36 (r=-0.07 to -0.68)
comments Content involved patient input, relatively brief, fairly recent, moderate to good reliability *Recommended(This instrument measures psychosocial functioning but is classified as QOL/Health status).


DKQ-1 (Diabetes Knowledge Questionnaire-1) 17

author and pub. date Keith A. Meadows, date unknown
items 46 items, 5 domains
scale Multiple-choice
language Original in English, available in Spanish
technique Self-administered
content No information found.
objective To identify diabetes-specific knowledge deficits in Type I diabetic patients.
reliability No information found.
validity No information found.
comments Author was contacted, but has not responded.DKQ-1 was first known as the CCQ-1


DSQOLS (Diabetes-Specific Quality of Life Scale)2,21

author and pub. date Uwe Bott, 1998
items 39 items, 6 dimensions
scale 6-point scale
language English
technique Self-administered
content Based on existing instruments and discussions with Type I diabetics.
objective To measure QOL and treatment satisfaction in Type I diabetics
reliability Alpha=0.70-0.88 among subscales
validity Correlated with the Positive Well-Being Scale (r=0.35-0.53) and treatment satisfaction (r=0.28-0.43)
comments Recent, fairly brief, content involved patient input, moderate to good reliability, validity evidence adequate


Instruments for Use with Type II Diabetes (NIDDM)



DHP-18 (Diabetes Health Profile-18) 5

author and pub. date Keith A. Meadows, 2000
items 18 items in 3 factors
scale 4-point scale
language English
technique Self-administered
content Based on lit review, review of instruments, interviews with Type I patients and health care professionals (DHP-1)
objective A later version of the DHP-1 to assess psychosocial dysfunctioning/QOL among non-insulin patients
reliability Alpha=0.70-0.88
validity BA subscale discriminated between treatments in two samples (p<0.001) and PD subscale discriminated between treatments in one sample.
comments Brief, recent, moderate to good reliability, good validity


DKQ-2 (Diabetes Knowledge Questionnaire-2) www.hull.ac.uk/hsru/measures

author and pub. date Keith A. Meadows, date unknown
items 30 items, 5 domains
scale Multiple-choice
language Original in English, available in German, German Swiss, German Austrian, Portuguese and French
technique Self-administered
content Developed for use with Type II diabetes patients
objective To identify diabetes-specific knowledge deficits in Type II diabetic patients.
reliability No information found.
validity No information found.
comments Author has been contacted, but has not responded.


DSC-R (Diabetes Symptom Checklist Revised) 20,*

author and pub. date Frank J. Snoek, 1994 (DSC); 2002 (DSC-R)
items 34 items, 8 dimensions, 2 subscales (same items as DSC but scoring is different)
scale Two Likert scales
language Original in Dutch, multiple translations including English
technique Self-administered
content Based on literature and experiences of diabetologists
objective To measure the occurrence and perceived burden of physical and psychological symptoms related to Type II diabetes and its possible complications
reliability (based on DSC)Alpha=0.76-0.95;Test-retest=0.79-0.94r=0.80 among subscales with exception of few items
validity Significant differences in scores found between patients with different comorbidities and treatments
comments DSC-R does not have psychometric information, needs validation; DSC shows good reliability and adequate validity


Scales reported as psychosocial/psychological



DAS-3 (Diabetes Attitude Scale)22

author and pub. date Robert M. Anderson (of MDRTC), 1998
description 33 items and 5 subscales, Original in English, may be used with diabetics or health care professionals
objective To measure general diabetes related attitudes


DES (Diabetes Empowerment Scale) 23

author and pub. date Robert M. Anderson (MDRTC), 1995
description 28 items with three subscales, outcome measure for a variety of educational and psychosocial interventions related to diabetes, Original in English
objective To measure diabetes-related psychosocial self-efficacy


PADS (Psychosocial Aspects of Diabetes Schedule) www.hull.ac.uk/hsru/measures

author and pub. date Keith A. Meadows, date unknown
description Interviewer administered, Original in English, no translations
objective To identify management and psychosocial problems in patients with insulin dependent and insulin requiring diabetes


PAID (Problem Areas in Diabetes) 24

author and pub. date Garry W. Welch, 1995
description 20 items, self-administered, original English, multiple languages
objective To assess emotional functioning in diabetics


W-BQ22 and W-BQ12 (Well-Being Questionnaire) 25,26

author and pub. date Clare Bradley, 1994 (W-BQ22), 2001 (W-BQ12)
description Original 22 items and short version 12 items, self-administered, original in English, original available in at least 20 languages and short version in 25 languages
objective To assess mood in the management of diabetes

 

References

1. Fitzgerald JT, Funnell MM, Hess GE, Barr PA, Anderson RM, Hiss RG, Davis WK. The reliability and validity of a brief diabetes knowledge test. Diabetes Care. 1998 May;21(5):706-10.

2. Garratt AM, Schmidt L, Fitzpatrick R. Patient-assessed health outcome measures for diabetes: a structured review. Diabet Med. 2002 Jan;19(1):1-11. Review.

3. Irvine AA, Cox DJ, Gonder-Frederick LA: The Fear of Hypoglycemia Scale. In Handbook of Psychology and Diabetes. Bradley C, Ed. Berkshire, U.K.: Harwood Academic Publishers, 1994, p. 133-155.

4. Hirsch A, Bartholomae C, Volmer T. Dimensions of quality of life in people with non-insulin-dependent diabetes. Qual Life Res. 2000 Mar;9(2):207-18.

5. Meadows KA, Abrams C, Sandbaek A. Adaptation of the Diabetes Health Profile (DHP-1) for use with patients with Type 2 diabetes mellitus: psychometric evaluation and cross-cultural comparison. Diabet Med. 2000 Aug;17(8):572-80.

6. Shen W, Kotsanos JG, Huster WJ, Mathias SD, Andrejasich CM, Patrick DL. Development and validation of the Diabetes Quality of Life Clinical Trial Questionnaire. Med Care. 1999 Apr;37(4 Suppl Lilly):AS45-66.

7. Bradley C, Todd C, Goron T, Symonds E, Martin A, Plowright R. The development of an individualized questionnaire measure of perceived impact of diabetes on quality of life: The ADDQoL. Qual Life Res. 1999;8:79-91.

8. Fitzgerald JT, Davis WK, Connell CM, Hess GE, Funnell MM, Hiss RG. Development and validation of the diabetes care profile. Eval and Health Prof. 1996;19:208-230.

9. Meadows K, Steen N, McColl E, Eccles M, Shiels C, Hewison J, Hutchinson A. The Diabetes Health Profile (DHP): A new instrument for assessing the psychosocial profile of insulin-requiring patients-development and psychometric evaluation. Qual Life Res. 1996 Apr;5(2):242-54.

10. Michigan Diabetes Research and Training Center (MDRTC). Diabetes History (DMH). Available: http://www.med.umich.edu/mdrtc/textonly/educmats/survey_intro.htm Accessed December 2002.

11. Anderson RM, Fitzgerald JT, Wisdom K, Davis WK, Hiss RG. A comparison of global versus disease-specific quality-of-life measures in patients with NIDDM. Diabetes Care. 1997 Mar;20(3):299-305.

12. Fitzgerald JT, Anderson RM, Funnell MM, Arnold MS, Davis WK, Aman LC, Jacober SJ, Grunberger G. Differences in the impact of dietary restrictions on African Americans and Caucasians with NIDDM. Diabetes Educ. 1997 Jan-Feb;23(1):41-7.

13. Fitzgerald JT, Anderson RM, Gruppen LD, Davis WK, Aman LC, Jacober SJ, Grunberger G. The reliability of the Diabetes Care Profile for African Americans. Eval Health Prof. 1998 Mar;21(1):52-65.

14. Herschbach P, Duran G, Waadt S, Zettler A, Amm C, Marten-Mittag B. Psychometric properties of the Questionnaire on Stress in Patients with Diabetes--Revised (QSD-R). Health Psychol. 1997 Mar;16(2):171-4.

15. Mollema ED, Snoek FJ, Pouwer F, Heine RJ, van der Ploeg HM. Diabetes Fear of Injecting and Self-Testing Questionnaire: a psychometric evaluation. Diabetes Care. 2000 Jun;23 (6):765-9.

16. Snoek FJ, Mollema ED, Heine RJ, Bouter LM, van der Ploeg HM. Development and validation of the diabetes fear of injecting and self-testing questionnaire (D-FISQ): first findings. Diabet Med. 1997 Oct;14(10):871-6.

17. Quality of Life Instruments Database (QOLID). Available: http://www.qolid.org/. Accessed December 2002.

18. Bradley C. Handbook of Psychology and Diabetes. London: Harwood Academic Publishers, 1994.

19. Talbot F, Nouwen A, Gingras J, Gosselin M, Audet J. The assessment of diabetes-related cognitive and social factors: the Multidimensional Diabetes Questionnaire. J Behav Med. 1997 Jun;20(3):291-312.

20. Grootenhuis PA, Snoek FJ, Heine RJ, Bouter LM. Development of a type 2 diabetes symptom checklist: a measure of symptom severity. Diabet Med. 1994 Apr;11(3):253-61.

21. Bott U, Mulhauser I, Overmann H, Berger M. Validation of a diabetes-specific quality-of-life scale for patients with Type I diabetes. Diabetes Care. 1998 May;21(5):757-769.

22. Anderson RM, Fitzgerald JT, Funnell MM, Gruppen LD. The third version of the diabetes attitude scale. Diabetes Care. 1998;21(9):1403-7.

23. Anderson RM, Funnell MM, Fitzgerald JT, Marrero DG. The Diabetes Empowerment Scale: a measure of psychosocial self-efficacy. Diabetes Care. 2000 Jun;23(6):739-43.

24. Polonsky WH, Anderson BJ, Lohrer PA, Welch G, Jacobson AM, Schwartz C. Assessment of diabetes-specific distress. Diabetes Care. 1995;18:754-60.

25. Bradley C. The Well-being Questionnaire. In Bradley C ed. Handbook of Psychology and Diabetes: A Guide to Psychological Measurement in Diabetes Research and Practice. Chur: Harwood Academic Publishers, 1994; 89-109.

26. Mitchell J, Bradley C. Psychometric evaluation of the 12-item Well-being Questionnaire for use with people with macular disease. Qual Life Res. 2001;10(5):465-73.

* Personal communication with author.

Suggested citation

Wildes K, Greisinger A, O'Malley K. Review of quality of life measures for patients with diabetes. Report of the Measurement Excellence and Training Resource Information Center, Houston Center for Quality of Care and Utilization Studies, and the Houston VA Medical Center, 2003.