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International Journal of Biological & Medical Research
Int J Biol Med Res. 2012; 3(3): 1892-1894
Anthropometric parameters of school children with different life style in western rajasthan population
Sushma K. Kataria*, Madhu Bhati, Pooja Pareek, Kushal R kataria, Abhilasha dadhich
A R T I C L E I N F O A B S T R A C T
Keywords:
Original Article
Body mass index (BMI)Hip circumferenceMid arm circumferenceWaist circumference.
1. Introduction
2. Material and Methods
1. 3-6 years age group2. 6-9 years age group3. 9-12 years age group4. 12-15 years age group5. 15-18 years age group
Various anthropometric parameters were measured:
Life style introduces 'way of life'. According to a geographical area it generally divides into two
group urban and rural life style. Both type of life style and various factors affect a child's
growth. Aims & objective: The aim of present study was to find out the effect of different life
style on school children through anthropometric parameters. Material and method: The
present study was performed on 150 children (75 urban and 75 rural) 3 to 18 years age group.
BMI, Waist circumference, Mid arm circumference, Hip circumference and Triceps &
Suprailiacal skin fold thickness were measured. Results: Observation showed that all
parameters are significantly related with life style.
"Life style" is a term coined by Austrian Psychologist Alfred
Adler (1929) to describe the way a person lives. Life style affects a
child's growth and development which is dependent on type of
nourishment. In India a large number of population more than 100
million people (11% of Indian population) are over nourished.
Whereas the prevalence of underweight in rural areas 50% versus
38% in urban areas and higher among girls (48.9%) than among
boys (45.5%).
The factors affecting nutritional trends of children in various
demographic groups are Region, Type of school (Govt. & private),
Socioeconomic status, Gender, Religion, Parental education, No. of
children in a family, Dietary habits (Vegetarian & non vegetarian),
Fast food consumption and Physical fitness.
Over nourishment and under nourishment both conditions
are harmful for child's growth and development. Leading to the life
styles their anthropometric parameters have a profound effect on a
child's growth and development.
The study done by Sabate J et al obtained Private schools
children had adequate growth and associated with a lower weight
for height [1]. On the other hand Ozdirence M et al resulted that BMI
was higher in urban children than rural children [2]. Reyes ME et
al, reported that skin fold thickness was higher in rural girls than
urban girls [3]. Tharkar s et al, observed that urban areas children
with upper socioeconomic status and rural children with lower
socioeconomic status found a statistically significant relation for
mean waist circumference [4]. Thus, it is seen that predictive
power of anthropometric indices is depended upon an individual's
life style. Therefore, it is essential to determine what values of
simple anthropometric measurements are associated with obesity
or underweight risk for children.
Thus the aim of this study is to delineate the influence of
different life style on school children through anthropometric
parameters in western Rajasthan Population.
The present study was carried out on children studying in
Government and private schools and few from colleges located in
urban (Nagaur) and rural (Tausar village) areas of western
Rajasthan. Total sample data obtained were 150 students out of
which 75 were of urban areas and 75 were of rural areas. The
children were further subdivided into various age groups:
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Department of Anatomy, Dr. S. N. Medical College, Jodhpur Rajasthan.
* Corresponding Author : Dr. Sushma K.Kataria
Warden Bungalow, Medical Girls hostel, M.D.M.Hostel campus, shastri nagar , Jodhpur (Raj) 342003Phone No. 09414134813E-mail: drkushal 11@ yahoo.co.in
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1893Sushma K. Kataria et.al / Int J Biol Med Res. 2012; 3(3): 1892-1894
Weight calculated by weighing machine and height by
measuring tape. BMI was calculated by following given by Garrow
JS & Websler J, 1985.
2 2BMI (kg/m ) = Weight (kg)/ Height (m )
HC was measured at the widest portion of the hips by a
measuring tape (Fig 3).
Proposed classification of BMI for Asians [WHO]
Class BMI (Kg/m²)
Underweight <18.5
Normal 18.5-23
Overweight 23-25
Obese >25
WC was measured at most lateral contour of the abdomen by a
measuring tape (Fig 1).
Using measuring tape, mid arm circumference was taken at
maximum girth of arm (Fig 2).
Skin fold measurements were also taken at the following sites
by using skin fold measuring calipers:
ü Triceps (TRI) - On the back of arm.
ü Suprailical(SI)–Above iliac crest, at the level of umbilicus
Arithmetic mean and standard deviation were calculated for
all parameters studied.
A life style typically reflects an individual's attitudes, values or
world view. It affects a person's life from womb to tomb. Growth
and development are intrinsic characteristics of childhood.
Growth is the increase in size of a child while development is the
progressive acquisition of physical (motor), cognitive (thought),
linguistic (communication) and social (emotional) skills which is
reflected by the children's life style [5]. The need for a better
understanding of how to achieve healthy life style, how to slow
down the process of under nutrition and over nutrition. Therefore,
the present study was conducted on 150 children of either sex of
varying age group (3 to 18 years), comprising of 75 urban and 75
rural children.
In Asians, the increased risks associated with obesity have
been shown to occur at lower BMI's and these populations are
predisposed to visceral or abdominal obesity. Therefore, WHO
proposes lower BMI values to define overweight and obesity in
people living in Asia – Pacific Region.
Mean BMI (in kg/m²) of the urban subjects and rural subjects in
the present study was 18.37 ±5.23 and 16.76 ±4.40 kg/m²,
respectively. A statistically significant relation (t=2.04; p=0.04)
was observed. Similarly Ozdirence M et al, resulted that BMI was
2.1.Body mass index(BMI) (Kg/m²): 2.4.Hip circumference (HC) (m):
Fig 3: Measurement of Hip circumference
2.5.Skin fold thickness (m):
3.Results & Discussion:
2.2.Waist circumference (WC) (m):
2.3.Mid arm circumference (m):
Fig 2: Measurement of Mid arm Circumference
Fig 1: Measurement of Waist circumference
Mean Body mass index
Mean Body mass index
Group
Group
Urban
Rural
p value
t value
Urban
Rural
p value
t value
*S= Significant
*HS= Highly Significant
18.37 ±5.23
16.76 ±4.40
0.0431 (S)
2.04
0.184±0.032
0.161±0.023
<0.0001 (HS)
5.054
1894
significantly (p<0.05) higher in urban children than rural
children2.Tharkar S et al, reported that urban areas children with
upper socioeconomic status and rural areas children with lower
socioeconomic status had a statistically significant relation
(p<0.071) for mean BMI [4].
Mean mid arm circumference (in meters) of the urban subjects
and rural subjects in the present study was 0.18 ±0.03 and 0.16
±0.02 meters, respectively. A statistically highly significant
relation (t=5.05; p<0.0001) was observed.Reyes ME et al, reported
that the magnitude of urban and rural difference in boys reduced
for mid arm circumference and for girls it was slightly smaller over
the interval [3].
Mean WC (in meters) of the urban subjects and rural subjects
in the present study was 0.57 ±0.08 and 0.52 ±0.05meters,
respectively. A statistically highly significant relation (t=4.58;
p<0.0001) was observed. Ozdirence M et al, resulted that there
was no significant difference in WC between urban and rural
children [2].
Mean HC (in meters) of the urban subjects and rural subjects
in the present study was 0.68 ±0.11 and 0.64 ±0.09 meters,
respectively. A statistically significant relation (t=2.55; p=0.01)
was observed. Ozdirence M et al, found statistically no significant
difference in HC between urban and rural school children [2].
The mean Triceps thickness and Suprailiac thickness of urban
subjects was 0.008 ±0.03 and 0.009 ±0.004 meters, respectively. It
was 0.006 ±0.002 and 0.007 ±0.002 meters, respectively in rural
subjects. A statistically highly significant relation for triceps (t=
4.80; p<0.0001) and for Suprailiac (t=3.87; p=0.0002) was
observed. Ozdirence M et al, observed statistically significant
relation (p<0.05) in skin fold thickness between urban and rural
school children [2].
Table No. 1. Shows mean BMI in urban and rural groups3. Conclusion
5. References
Table No. 2 Shows mean mid arm circumference in urban and
rural groups
Mean Body mass index
Mean Body mass index
Mean Body mass index Suprailiac
Group
Group
Group
Urban
Rural
p value
t value
Urban
Rural
p value
t value
Urban
Rural
p value
t value
*HS= Highly Significant
*S= Significant
*HS= Highly Significant
0.576 ±0.089
0.520 ±0.057
<0.0001 (HS)
4.589
0.687 ±0.119
0.642 ±0.095
0.0115 (S)
2.559
0.008 ±0.03
0.006 ±0.002
<0.0001 (HS)
4.804
0.009 ±0.004
0.007 ±0.002
0.0002 (HS)
3.873
Table No. 3 Shows mean waist circumference in urban and
rural groups
Table No. 4 Shows mean Hip circumference in urban and rural
groups
All anthropometric parameters (BMI, Waist circumference, Mid
arm circumference, Hip circumference and Triceps & Suprailiacal
skin fold thickness) have significant relationship for urban and
rural children. Thus a child's growth and development is
profoundly affected by the anthropometric parameters and life
style.
Table No. 5 Shows mean Skin fold thickness in urban and rural
groups
Copyright 2010 BioMedSciDirect Publications IJBMR - All rights reserved.
ISSN: 0976:6685.c
Sushma K. Kataria et.al / Int J Biol Med Res. 2012; 3(3): 1892-1894
[1] Sabate J, Lindsted KD, Harris RD and Johnston K. Anthropometric parameters of school children with different life styles. Am J dis child.1990; 144 (10):1159-1163.
[2] Ozdirence M, Ozcan A, Akin F & Gelecek N. Physical fitness in rural children compared with urban children in Turkey Pediatrics international,2005;47:26-31.
[3] Reyes ME, Tan SK & Malina RM. Urban- Rural contrasts in growth status of school children in Oaxaca, Mexico. Escuela Nacional de Antropologiae Historia Mexico, DF, 1972.
[4] Tharkar S & Viswanthan V. Impact of socioeconomic status on prevalence of overweight and obesity among children and adolescents in urban India. The open obesity Journal,2009;1:9-14.
[5] Oyewale AA, Ojo SA, Adebisi SS and Danborno SB. The study of anthropometric variables on growth and development of school children in Zaria, Nigeria”. Asian j of Med Science,2010; 2(4):185-189.
[6] Garrow JS and Websler J. Quetlex Index (W/H2) as a measure of fatness. Int. J. Obesity; 1985;9:147-153.