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                <title><![CDATA[Knowledge, Attitude and Practice of Hypercholesterolemic Type 2 Diabetic Subjects on Dyslipidemia]]></title>

                                    <author><![CDATA[Farzana Saleh]]></author>
                                    <author><![CDATA[Shirin Jahan Mumu]]></author>
                                    <author><![CDATA[Fadia Afnan]]></author>
                                    <author><![CDATA[Liaquat Ali]]></author>
                                    <author><![CDATA[Habib Sadat Chaudhury]]></author>
                                    <author><![CDATA[Afroza Akhter]]></author>
                                    <author><![CDATA[Kazi Rumana Ahmed]]></author>
                                    <author><![CDATA[Sanzida Akter]]></author>
                
                <link data-url="https://imcjms.com/registration/journal_full_text/44">
    https://imcjms.com/registration/journal_full_text/44
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                <pubDate>Tue, 02 Aug 2016 10:23:57 +0000</pubDate>
                <category><![CDATA[Original Article]]></category>
                <comments><![CDATA[Ibrahim Med. Coll. J. 2011; 5(2): 37-41]]></comments>
                <description>This
study was undertaken to assess the knowledge, attitude and practice (KAP) of
hypercholesterolemic type 2 diabetic subjects on dyslipidemia and to analyze
the influence of some demographic and socioeconomic factors on the level of
KAP.It was a descriptive cross-sectional survey. One hundred eleven newly
diagnosed type 2 diabetic subjects (male 61%, female 39%, age 45±9 years, BMI
24±4.8 Kg/m2) with hypercholesterolemia (fasting plasma
total cholesterol &amp;gt;200 mg/dl) were selected from the out patient department
of BIRDEM by purposive sampling method. Data were collected by a pre-designed,
pretested, interviewer-administered questionnaire. Three categories were
defined on the basis of the score obtained by each subject namely low, medium
and high as follows: knowledge-score &amp;lt;50%, 50-60% and &amp;gt;60%;
attitude-score &amp;lt;60%, 60-80% and &amp;gt;80%; and practice-score &amp;lt;50%, 50-70%
and &amp;gt;70% respectively. The levels of knowledge were low in 42%, medium in
35% and high in 23% of the study subjects. The corresponding attitude levels
were low in 1%, medium in 31% and high in 68%, and the levels of practice were
low in 80%, medium in 14% and high in 6% of the subjects. The knowledge score
was higher in secondary and graduate (53.4±8.9%, and 54.9±10.1%) groups
compared to illiterate-primary group (48.9±9.9%). Practice score of
illiterate-primary group (34.5±16.8%) was lower than secondary and graduate
(43.1±13.9% and 46.7±18.1%) groups, but they did not differ on attitude. The
various income groups did not differ on knowledge. Attitude score of
high-income group (78.7±8.4%) was better than low-income group (70.9±11.8%).
Practice score in high-income group (44.7±16.0%) was better than medium income
and low-income groups (31.3±14.5% and 28.6±15.0%). Knowledge and practice score
in Bangladeshi hypercholesterolemic type 2 diabetic subjects are not
satisfactory although they have fairly good attitude levels. Education and income
status are the major determinants of knowledge, attitude and practice regarding
dyslipidemia in diabetes. A coordinated&amp;nbsp;
policy is required to promote knowledge and attitude on healthy
lifestyle and to translate those into practice.
Address for Correspondence:Farzana Saleh, Assistant Professor,
Department of Community Nutrition, Bangladesh Institute of Health Sciences,
125/1 Darussalam Mirpur Dhaka-1216, Bangladesh. e-mail: farzanasaleh_sumona@yahoo.com
&amp;nbsp;
Diabetic
dyslipidemia appears to be a very important component of the accelerated
atherogenesis and cardiovascular disease that occurs in patients with diabetes.
Dyslipidemia is observed practically in all patients with type 2 diabetes. It
is possible to reduce mortality and cardiac events among patients with type 2
diabetes by lowering their LDL-C levels. Pharmacological and
non-pharmacological therapy may be effective in the management of dyslipidemia
with type 2 diabetic subjects. Non-pharmacological therapy includes dietary
control and exercise. Changes in lifestyle and diet has increased the life
expectancy as well as profoundly influenced the burden of&amp;nbsp; cardiovascular (CVD) and other chronic
diseases.1-3&amp;nbsp;Determining the knowledge, attitudes and
related practice of the population towards dyslipidemia is necessary before
effective prevention strategies can be introduced. Dyslipidemia is a major
problem in Bangladesh. A pilot study conducted on newly diagnosed type 2
diabetic patients in a tertiary hospital of Diabetic Association of Bangladesh
showed that the prevalence of dyslipidemia with type 2 diabetic subjects were
as follows-hypercholesterolemia 51%, hypertryglycerimia 47%, high LDL-C 10%,
and low HDL-C 51%.4&amp;nbsp;To best of our knowledge KAP (knowlwdge, attitude and practice) of
the diabetic patients regarding dyslipidemia has not never been studied before
in Bangladesh although these are important for appropriate use of limited resources
in health care in countries like Bangladesh. The aim of the study is to assess
the KAP of hypercholesterolemic type 2 diabetic subjects on dyslipidemia and to
analyze the influence of some of the demographic and socioeconomic factors on
the level of KAP in a hospital situation. The results of this study may help to
develop a hospital protocol for the management of patients with dyslipidemia.
Material and Methods
One hundred and eleven type 2 diabetic subjects with
hypercholesterolemia (fasting serum total cholesterol &amp;gt;200 mg/dl5) were recruited from the Out-Patient Departments of BIRDEM which
is a tertiary care hospital of Diabetic Association of Bangladesh.
Study design
&amp;nbsp;
Methodologies
adapted in different countries for KAP studies6-8&amp;nbsp;were modified in the context
of Bangladeshi population. The KAP of the subjects was assessed by an
interviewer-administered questionnaire. Likert scales9, 10&amp;nbsp;were used to assess attitude
on various items. Detailed socioeconomic and anthropometry data of the study
subjects were recorded. A biochemical report of the patients was collected from
the patients’ guidebook. Knowledge was assessed by questionnaires based on
definition, causes of hypercholesterolemia, control levels, recognition of
complications, diet modification, importance and duration of exercise. The
attitude was assessed by questionnaires about control of hypercholesterolemia
through diet and exercise and finally practices were assessed by scrutinizing
patients’ record books for clinical, biochemical and treatment parameters and
by questionnaires on diet and exercise. Income was categorized into three
groups: low income group (&amp;lt;30,000 BDT), medium income group (30,000- 50,000
BDT) and high income group (&amp;gt;50,000 BDT). Moderate worker was defined as
shop assistants, drivers etc, heavy workers were farmers, fisherman, forestry
workers and sedentary workers were office workers, students, unemployed etc.
KAP Score
&amp;nbsp;
Data
editing was carried out by checking and verifying the completed questionnaire
at the end of interview and also at the end of the whole survey and before
analysis. The data analysis was done by using Statistical Package for Social
Science (SPSS,Windows version 10.0). P value less than or equal to 0.05 was
considered significant. Unpaired student’s t test was performed to compare any
two means. One-way ANOVA (with Post Hoc-Bonferroni) test was done to compare
means between more than two groups.
Results
Among
the study subjects, the levels of knowledge were low in 42%, medium in 35% and
high in 23%. (Fig.1). The levels of attitude were also described accordingly as
low 1%, medium 31% and high 68%. (Fig.1). The levels of practice of study
subjects were found to be low in 80%, medium in 14% and high in 6% (Fig.1). 
&amp;nbsp;
Fig-1. Levels of knowledge,
attitude and practice of the study subjects
The KAP
scores of moderate, heavy and sedentary workers (52.7±10.6 vs 50.3±3.1 vs
50.6±9.6; 77.7±9.1 vs 76.6±11.8 vs 77.1±9.3; 39.7±15.5 vs 41.4±17.3 vs
42.6±18.3) did not differ significantly. The KAP scores of urban, semi-urban
and rural residents did not significantly differ (52.1±10.2 vs 54.8±5.2 vs
51.5±10.4, 78.1±9.4 vs 83.5±5.1 vs 75.9±9.3, 43.1±17.5 vs 39.1±12.9 vs
33.5±15.1; P=ns). Compared with illiterate-primary group (48.9±9.9%) knowledge
score was significantly high in secondary and graduate (53.4±8.9% and 54.9±10.1%,
P=0.022) groups. Practice score of illiterate-primary group (34.5±16.8%) was
significantly lower than secondary and graduate (43.1±13.9% and 46.7±18.1%,
P=0.005) groups but they did not differ on attitude. Income group did not
differ on knowledge. Attitude score of high-income group (78.7±8.4%) was better
than low-income group (70.9±11.8%, P=0.02). Compared with high-income group
(44.7±16.0%), practice score was better than medium income group and low-income
group (31.3±14.5% and 28.6±15.0%, P=0.0001) (Table 3). Better knowledge was
associated with better attitude (r= 0.275, p=0.004) and also better attitude
was associated with better practice (r= 0.187, p=0.05).
Table-1: Characteristics of the study subjects
&amp;nbsp;
&amp;nbsp;
Table-3: KAP score of the study subjects according
to the different variables
&amp;nbsp;
Diabetic
dyslipidemia is an important cause of accelerated atherogenesis and
cardiovascular diseases in patients with diabetes. A person’s knowledge and
attitude regarding the disease play an important role in the overall success of
the treatment. To best of our knowledge, KAP of the diabetic patients regarding
dyslipidemia have never&amp;nbsp; been studied in
Bangladesh. 
&amp;nbsp;
Diabetic
Association of Bangladesh
References
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4.&amp;nbsp;&amp;nbsp; S Nahar, K Akter, T
Ferdoushy, S Akhter, S Ahmed, F Akter, K Fatema, HS Chaudhuryand L Ali. Dietary fiber intake and prevalence of dyslipidemia in
Type-2 diabetic subjects. IX Asian Congress of Nutrition. New Delhi 2003
February 23-27; India.
6.&amp;nbsp;&amp;nbsp; Mehrotra R, Bajaj S,
Kumar D, Singh K J. Influence of education and occupation on knowledge about
diabetes controls. Natl Med J India 2000; 13: 293-296.
8.&amp;nbsp;&amp;nbsp; Nicolucci A, Ciccarone E,
Consoli A, Martino GD, Penna GL, Latorre A et al. Relationship between patient
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10.Gardner PL. The
Dimensionality of Attitude Scales: A Widely Misunderstood Idea. Int J of Sci
Edu 1996; 18(8): 913-919.
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