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    Assessment of Nutritional Status of Selected Women Lecturers in Chennai

    City

    Danya T V* and Kaveri R**

    Abstract: Adulthood presents challenges for women. Balancing roles of career and motherhood in

    adulthood can be extremely stressful. Better health and nutritional status are considered as an

    agent for basic change in the status of women. Good nutritional status is the fundamental basic

    requirement for positive health, functional efficiency and productivity. The nutritional

    assessment of women lecturers was conducted in a selected college, Queen Mary's College at

    Chennai, where 100 women lecturers of various age groups were chosen. The food

    consumption of the subjects was assessed using food frequency questionnaire. Recording of the

    anthropometric measurements and physical efficiency index using Harvard's step test were also

    done. Among the selected women lecturers,57 per cent belonged to the age group of 25-40

    years while the other half (43 per cent) belonged to the age group of 40 to 55 years. The results

    revealed that the subjects suffered from health problems like short sightedness, backpain,

    breathing problem, anemia and joint pain. Dietary practices among the subjects depicted that

    the subjects had the habit of skipping breakfast occasionally. There was no significant

    difference between age and frequency of consumption of various food groups of the subjects.

    There was no significant difference in the anthropometric profile and dietary pattern of the

    subjects. There was no significant difference in anthropometric profile and physical endurance

    index of subjects having different food habits. Among the subjects, majority of them were

    overweight. There was no significant difference in anthropometric profile of lecturers of the

    two age groups. All the subjects had excellent physical endurance index. There was better dual

    role adjustment characteristic among the subjects.

    * M.Sc., Foods and Nutrition Student, Queen Mary's College. Chennai

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    ** Associate professor. Department of Home Science, Queen Mary's College, Chennai

    Introduction:

    Women play a vital role in the health of a nation. An adult woman will contribute to a society

    in many ways. She is the corner stone around which a family would be built. Women's health and

    nutritional status is inextricably bound with social, cultural and economic factors that influence all

    aspects of their 1ives (Mondal. 2003).

    Women's bodies change dramatically over the course of a lifetime and nutritional needs change as

    well. During adulthood, though there is no apparent growth, the breakdown and repair of the body

    tissues goes on continuously. Proper nutrition in adulthood ensures good health right until old age.

    Various factors like age, sex, activity, body weight, height and composition affect nutrient

    requirements. Recent advances point to the far reaching effects of good nutrition on prevention of

    degenerative diseases in late adult life.

    The goals of nutritional assessment are to identify those who require aggressive nutritional

    support to restore and maintain nutritional status, to identify appropriate medical nutrition

    therapies and to monitor their efficiency (Kathleen, 1998).

    Hence the study on nutritional assessment of selected women lecturers was conducted with the

    objectives of learning their dietary practices, anthropometric profile, dual adjustment role, success

    scale and physical efficiency.

    Materials and Methods:

    The present study was conducted in a selected college, Queen Mary's College at Chennai. 100

    women lecturers of varying ages were selected by convenience sampling. The study involved ex-

    post facto research. Tools used for the study were Questionnaire, Anthropometric measurementslike height, weight, midarm circumference, waist and hip circumference (NIN,2000), Food

    Frequency Questionnaire (Shils etal,1994) and Harwards step test for physical

    endurance(Barteck,2001). The results of the study are summarised as follows.

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    Results and discussion:

    The major findings of the study are presented in tables I to 8 and the results are discussed

    below. Table I

    Prevalence of health problems among the selected women lectures

    Health problems percentage(N=100)

    short sightedness 30

    Long sightedness 11

    Diabetes 7

    Spondylitis 0

    Peptic Ulcer 17

    Back Pain 59

    Varicose Vain 14

    Arthritis 3Breathing Problem 25

    Anaemia 25

    Joint Pain 41

    Indigestion 12

    Nervousness 15

    Numbness 4

    Giddiness 11

    Frequent Urination at Night 13

    High blood pressure 12

    Low Blood Pressure 18

    A majority (59 per cent) of the selected women lecturers had back pain and while 25 per cent

    of the respondents had breathing problems and anemia. Among the selected women lecturers 30 percent

    of them had short sightedness while 11 per cent had long sightedness. None of the subjects had

    spondylitis. Seven percent of the subjects had diabetes only three per cent had arthritis and four percent

    suffered from numbness. Most of the selected subjects (41 per cent) were found to have joint pain. A

    small percent among the selected subjects were found to have peptic ulcer (17 per cent), varicose vein

    (14 'per cent), indigestion (12 per cent), nervousness (15 per cent) and giddiness (II per cent). Twelve

    per cent of the selected women lecturers had high blood pressure and 18 per cent had low blood

    pressure.

    Regarding meal pattern, majority (71 percent) of the subjects consumed three meals a day

    while eight percent and 21 percent had only two meals and four meals a day respectively. Among the

    selected subjects 80 percent of them were non vegetarians while four percent, 11 percent and five

    percent were lacto vegetarians, lactoovo vegetarians and vegans respectively.

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    Table - 2

    Percentage distribution of lecturers as per the habit of skipping meals.

    Type of mealSkipping

    regularly

    Skipping

    OccasionallyNever

    Break fast 6 59 35

    Lunch 5 3 92

    Tea 7 20 73

    Dinner 5 4 91

    Although majority of the subjects did not skip their meals, five to seven per cent

    were found to skip their breakfast, lunch, tea and dinner regularly. Among the subjects, 59per cent revealed the habit of skipping their breakfast occasionally.

    Table - 3

    Comparison of consumption of various foods with the two age groups of selected

    lecturers

    Food Groups Age N Mean (g) S.D. (g) t value

    Cereals 25-4040-55

    5743

    23.578923.8837

    3.19564.3872

    0.402NS

    Pulses 25-4040-55

    5743

    28.456129.0698

    6.19644.86677

    0.536NS

    Leafy Vegetables 25-4040-55

    5743

    27.666729.8940

    4.591667.20534

    1.815NS

    Roots and tubers 25-4040-55

    5743

    20.175421.8372

    4.747646.36183

    1.496NS

    Other Vegetables 25-40

    40-55

    57

    43

    35.3571

    34.6074

    10.2415

    9.29193

    0.377NS

    Green leafy Vegetables 25-40

    40-55

    57

    43

    12.9123

    12.7442

    3.20870

    3.22264

    0.259NS

    Fruits 25-40

    40-55

    57

    43

    42.7895

    44.0000

    8.08380

    7.77358

    0.754NS

    Fish and meat products 25-40

    40-55

    57

    43

    6.6316

    7.0465

    3.53872

    3.61184

    0.575NS

    Miscellaneous 25-40

    40-55

    57

    43

    14.0526

    15.4884

    3.59782

    4.04953

    1.880NS

    There was no significant difference between the inclusion of various food groups inthe diets and the age groups of the subjects. This shows the fact that age maynot be a factor in adulthood to alter the inclusion of foods in ones diet.

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    Table 4

    Percentage distribution of the subjects according to the factors affecting food

    intake/dietary pattern

    Factors Percentage

    Increases food intake Decrease food intake

    Self cooking 36.0 64.0

    Too much of family responsibilities 3.0 97.0

    Taking care of old parents 1.0 99.0

    Frequent illness of self - 100

    Lack of interest in foods 1.0 99.0

    Taking care of children 17.0 83.0

    Weakness 11.0 89.0

    Poor appetite 1.0 99.0Lack of rest 1.0 99.0

    Pressure of academic performance 1.0 99.0

    Pregnancy 53.0 47.0

    Unhappy situation prevailing in thefamily

    - 100

    Majority of the subjects claimed that self cooking, varying family responsibilities, weakness

    and pressure of academic performance decreased their food intake and pregnancy

    increased their food intake.

    Table -5

    Percentage distribution of the selected lecturers according to anthropometric indices

    Variables Nutritional Status Percent N=100

    Body mass index

    18.5-2525-30

    >30

    GoodOver weight

    Obesity

    24.069.0

    7.0

    Waist Hip Ratio:

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    A majority of 69 per cent who had BMI ranging between 25 - 30 were found to be

    overweight while 24 per cent of the subjects who had BMI ranging between 18.5 - 25, were

    considered to be normal. Only seven per cent among the subjects who had values of BMI more than30 were found to be obese.

    In relation to the waist-hip ratio 54 per cent had less than 0.85 and 46 per cent had above

    0.86. As per W -H ratio 46per cent were found to be obese.

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    Table - 6

    Dual role adjustment / career success scale scores and the physical

    endurance index of the selected lecturers according to age groups

    Variables Age inyears

    N Meanscore

    StandardDeviation

    t

    Values

    Dual role

    adjustment

    characteristic

    score

    25-40

    40-55

    57

    43

    90.70

    91.70

    9.763

    11.534

    0.467NS

    Career

    Successscore

    25-40

    40-55

    57

    43

    61.60

    61.70

    5.227

    5.189

    0.096NS

    Physicalenduran

    ce Index

    25-4040-55

    5743

    100.079100.984

    5.545.53

    0.809NS

    Ns-Non Significant

    Table 6 revealed that there was no significant difference between age and dual role

    adjustments. There was also no significant difference between the age and career success

    score and physical endurance. These results ascertain that age does not affect the dual role

    adjustment, career success and physical efficiency. The physical efficiency of the selected

    lecturers was found to be excellent irrespective of their age.

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    Table -7

    Summary of ANOV A of the dietary pattern of the subjects according to body massindex, waist-hip ratio, mid upper arm circumference and physical endurance

    index

    Variable Source of variation Sum of

    squares

    Df Mean

    Square

    F Significance

    BMI Between groups

    Within groups

    Total

    2.525

    369.715

    372.240

    2

    97

    99

    1.263

    3.811

    0.33

    1

    0.719NS

    W/H Between groups

    Within groups

    Total

    0.007

    0.334

    0.340

    2

    97

    99

    0.003

    0.003

    0.97

    3

    0.382NS

    MUAC Between groups

    Within groupsTotal

    3.431

    602.409605.840

    2

    9799

    1.716

    6.210

    0.27

    6

    0.759NS

    Physicalendurance

    index

    Between groupsWithin groups

    Total

    31.4712994.22

    6

    3025.698

    297

    99

    15.73630.868

    0.510

    0.602NS

    Ns - Non significant

    It is distinctly revealed that there was no significant difference in body mass index. waist-hip

    ratio, mid arm circumference, and physical endurance index based on dietary pattern. This showed that

    though the subjects had different dietary pattern, they might have followed healthy lifestyle to maintain

    physical health.

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    Table - 8

    Summary of ANOVA on the food habits of selected women lecturers according to

    anthropometric profile and physical efficiency index

    Variables Sources of variation Sum of

    squares

    Df Mean

    square

    F Significance

    Weight Between groupsWithin groups

    Total

    29.8544020.38

    6

    4050.240

    3

    96

    99

    9.95141.879

    0.238

    0.870NS

    BMI Between groupsWithin groupsTotal

    0.893371.347372.240

    39699

    0.2983.868 0.077 0.972

    NS

    W/H Between groupsWithin groups

    Total

    0.0090.331

    0.340

    3

    96

    99

    0.0030.003

    0.852

    0.469NS

    MUAC Between groups

    Within groupsTotal

    13.690

    592.150605.840

    3

    9699

    4.563

    6.168

    0.74

    0

    0.531NS

    Physical

    enduranceindex

    Between groups

    Within groupsTotal

    13.679

    3012.019

    3025.69

    8

    3

    9699

    4.560

    31.375

    0.14

    5

    0.932NS

    Ns - Non significant

    From the 'F' values in table 8 it is inferred that there was no significant difference observed in

    weight. BMI. waist-hip ratio, mid upper arm circumference and physical endurance index of the

    selected subjects having different food habits.

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    Conclusion:

    Women face threat to their health, safety and well being in different occupations in addition to

    that experienced by being a woman. Women workers are more prone to morbidity because their

    household traditional job of 'looking after' the family makes them work in "double shifts". It can be

    concluded from the results of the study that majority of the selected lecturers were overweight based on

    their BMI. The age and body mass index of the selected lecturers did not affect their physical

    efficiency. There was good dual role adjustment and career success among the selected lecturers.

    Bibliography

    Barteck,O. (2001). All Round fitness. English edition oldenberg Nerve Stalling

    publications, p:20.

    MondaLS.K. (2003). Health Nutrition and Morbidity. New Delhi: Bookwell publications, p:23.

    Kathleen. S. (1998). Nutrition for Women. South Western Publishing Company, New York, p.118

    National institute of Nutrition. (2000). Dietary guidelines for Indians, Hydrabad,

    I C M R. .

    Shils, E. Olson, J.A and Shike, M. (1994) Modern Nutrition in Health and Disease. Lea and Febiger,

    London. Volume 1. P. 846

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