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    <title>IMC Journal of Medical Science</title>
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                <title><![CDATA[Dietary intake, physical activities and nutritional status of adolescent girls in an urban population of Bangladesh]]></title>

                                    <author><![CDATA[Ali Abbas Mohammad Kurshed]]></author>
                                    <author><![CDATA[Md. Masud Rana]]></author>
                                    <author><![CDATA[Sabina Khan]]></author>
                                    <author><![CDATA[T.M. Alamgir Azad]]></author>
                                    <author><![CDATA[Jamila Begum]]></author>
                                    <author><![CDATA[Md. Aminul Haque Bhuyan]]></author>
                
                <link data-url="https://imcjms.com/public/registration/journal_full_text/197">
    https://imcjms.com/public/registration/journal_full_text/197
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                <pubDate>Thu, 20 Apr 2017 11:10:50 +0000</pubDate>
                <category><![CDATA[Original Article]]></category>
                <comments><![CDATA[Ibrahim Med. Coll. J. 2010; 4(2): 78-82]]></comments>
                <description>In
Bangladesh, under-nutrition is a common health problem, but for socio-cultural
background, it is most predominant among the female population starting from
their early life to motherhood. For the adolescent girls, there has been no
such study though they will be the future mothers. Therefore, this study is
designed to address the lifestyle and nutrition of the Bangladeshi female
adolescents. The study was conducted purposively in Dhaka selecting randomly 15
of 95 City corporation wards of Dhaka City. All adolescent girls aged 10–18
years were considered eligible participants of an urban population of
Bangladesh. The study included socio-demographic information, clinical
examination, dietary intake, physical activities and body mass index (BMI =
weight in kg / height in m. sq.). Overall, 352 adolescent girls volunteered.
Socio-economically, 51% of them had monthly family income ³ 20,000 BDT and 11.4% had &amp;lt;10,000 BDT. Of the participants,
14.8% had BMI &amp;lt;18.5, 80.7% had 18.5 – 24.9, and 4.6% had ³ 25. BMI was found not to have significant association with
physical activities. No clinical signs of vitamin A deficiency were observed.
On clinical examination 75% of the participants were found healthy, 15.9% had
anemia and 5.7% had diarrhea. Compared with the national dietary intake, the
cereal intake was lower but protein containing foods like pulse and nuts, meat,
egg, fish, milk and milk products were found very much close to the national
intake. On the average, 95 % of calorie, 93.5 % of protein and 96.5 % of fat
requirement were met. For micronutrient requirement, very low intake was
observed with calcium (62 %) and iron (63 %). In conclusion, the participants
consumed rice daily with frequent consumption of vegetables. Although the study
subjects were mostly from higher class of urban dwellers their dietary intake
was found not healthy as evidenced by daily rice intake and very low intake of
fruits, calcium and iron indicating lack of awareness regarding food habit.
Further study is needed to confirm the study findings and to initiate health
education on diet among the Bangladeshi adolescent girls.
Ibrahim
Med. Coll. J. 2010; 4(2): 78-82
Introduction
&amp;nbsp;
Study design 
A
questionnaire was developed to obtain relevant information on socioeconomic
status, dietary intake, history of illness and physical activity. All questions
were designed and checked by field trial. The interviewer were trained for
definition of data included in the questionnaire.
Anthropometric assessment
&amp;nbsp;
A
clinical examination was conducted to detect the clinical signs of vitamin A
deficiency and nutritional anemia as well as to detect other health problems.
Dietary assessment
&amp;nbsp;
The data
was first checked, cleaned, and entered into the computer (using SPSS for
Windows version 12.0) from the numerical codes on the form. The data was edited
if there were any discrepancy found. The frequency distribution of the entire
variables was checked by using SPSS for Windows version 12.0 program.
After
summarizing the collected data for each of the suggested indicators to answer
the questions based on the objective of the study, analysis was preceded
according to the plan.
Results
The
results revealed that, 9.1% respondents had a monthly family income &amp;lt;10,000
BDT; 11.4% had income 10,000-15,000; 25.0% had income 15,001-20,000 and 51% had
income &amp;gt;20,000.
&amp;nbsp;
&amp;nbsp;
The Body mass index was calculated as weight in kg / and height in
meter square. The BMI revealed that 14.8% of the girls were underweight (BMI
&amp;lt;18.5), 80.7% were within normal limits (BMI 18.5 – 24.99) and 4.6 were
either overweight or obese (BMI ³ 25). The WHO classification was used for interpretation of the
results (Fig. 1).
&amp;nbsp;
Physical
activities in the form of exercise/ walking/ playing were found to have no
significant association with BMI.
&amp;nbsp;
Fig. 2: Percent distribution
of diseases of adolescent girls within last two months
Table 2: Percent distribution of
the respondents on the BMI and exercise time
&amp;nbsp;
&amp;nbsp;
&amp;nbsp;
Percentages of calorie and nutrient requirement fulfilled by the
population are depicted in Table 4. The intakes of all macronutrients were less
than the average requirement of Bangladeshi adolescent except carbohydrate. On
the average the studied population fulfilled 95% of calorie, 93.5% of protein
and 96.5% of their fat requirement. They also fulfilled almost 62%, 63%, 120%,
93%, 77%, 104%, 112.5% of their Ca, Fe, Vit A, Thiamin, Riboflavin, Niacin and
Vit C requirement respectively.
Table 4: Mean calorie and nutrient intake (per
capita per day) and percentage of the requirement by different socio-economic
groups
&amp;nbsp;
&amp;nbsp;
&amp;nbsp;
&amp;nbsp;
The
present study revealed that more than 70% girls were from a family from 4-5
members and more than 50% respondents had a total monthly family income of
above 20,000 taka. This level of income is higher than any normal Bangladeshi
family, which means these girls have better access to nutrients compared to any
girl from low income family may be from a village.
Three
meals per day were taken by 90-95% of the girls i.e. of Breakfast, Lunch and
Dinner. Girls were consuming rice as well as chapatti (wheat) but the frequency
and quantity was low, so the overall consumption of cereals was 341 gm/per
person/ day which is lower than the national consumption of cereals which was
452 gm/person/day. Protein intake was 43.0 gm/day/person, which was also less
than the requirement of protein which was 46 gm/day/ person. Average pulses and
nuts consumption was 11 gm/day/person which was higher than the national
consumption of 10 gm/day/person. Average consumption of vegetables 87.9 gm/day,
5.2 gm/day of edible oil, and these figures are not better than the national
consumption figures, which are 113 gm/day and 6.0gm/day respectively.
No
clinical signs of vitamin A deficiency were seen in the study population.
Although this study shows a low prevalence rate of anemia but in reality anemia
was recognized as the greatest nutritional problem among women as 52% of
non-pregnant women suffer from Anemia (WHO, 1992). The present study reveals
that the prevalence of anemia was 15.9%. The cause of anemia in the selected
girls was low intake of iron foods as meat / meat products and green leafy
vegetables. Meat intake was poor and only contributes to 10% of the total
protein intake. Intake of protein in the girls was sufficient, but the major
portion of the proteins was having low biological value. The main source of
iron for the girls was from cereals (wheat &amp;amp; rice), but the iron in the cereal
food groups is less bio-available to the body because of the high contents of
inhibitors i.e. phytate and tannins.
Conclusion
&amp;nbsp;
1.&amp;nbsp;&amp;nbsp; World Health
Organization. Young People’s Health-A Challenge for Society. Report of a WHO
Study Group on Young People and Health for All by the Year 2000. Technical
Report Series No. 731. Geneva: WHO, 1986.
3.&amp;nbsp;&amp;nbsp; Mahan LK &amp;amp;
Escott-Stump S. Krause’s Food, Nutrition, and Diet Therapy, 9th edn.
Philadelphia: WB Saunders; 1996.
5.&amp;nbsp;&amp;nbsp; Nutrition of Adolescent
Girls Research Program. Research Report Series No.1-11. International Center
for Research on Women 1994; Washington, DC.
7.&amp;nbsp;&amp;nbsp; Bull NL. Studies of the
dietary habits, food consumption and nutrient intakes of adolescents and young
adults. World Rev. Nutr. Diet. 1988; 57: 24-74.
9.&amp;nbsp;&amp;nbsp; Ali SMK, Pramanik MMA.
Conversion factors and dietary calculations. Institute of Nutrition and Food
Science, Dhaka, Bangladesh: University of Dhaka, 1991.
11.Gopalan C. Ramasastri BV,
Balasubramanian SC. Nutritive Value of Indian Foods. National Institute of
Nutrition, Hydrabad, India. Indian Council of Medical Research, 1993.
13.Physical Status: The Use
and Interpretation of Anthropometry; WHO Technical Report Series (854), 1995;
Geneva.</description>

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