Activity pattern, anthropometric and iron status assessment of pregnant women

Authors

EGBUNIWE, CHineze Anene
stagiaire

Keywords:

Pregnancy, nutritive values, nutrition policy,, nutrition, anthropometry, maternal and childhealth,, nutrients, Nigeria

Synopsis

Activity pattern, body mass index and iron status were studied during pregnancy. The results wereb obtained through questionnaire, 24-hour record of activities, height and weight measurements and biochemical analysis. A total of six hundred women were used for the study. Two hundred women each in Onitsha and Nsukka towns were used for the activity pattern study. Two hundred women were used for iron status study in Enugu town. Body mass index was found for all women in the three locations. Results of the study showed no statistical significance (p) 0.05) in activity pattern between the pregnant women living in Nsukka and Onitsha. Pregnant women allocated the longest time in their activity-time schedule to sleeping, which was not less than 9 hours. The time given to health care was 3.75 hours. In the third trimester, pregnant women slept longer than in the second trimester (t = 6.04; p < 0.001). Leisure time was higher in the third trimester than the second (t 2.57; p < 0.05). Time given to housecare was lower in the third trimester than in the second (t = 3.33; p ) 0.001). However, time for
shopping and food preparation was not different (p) 0.05) between the two trimesters. Pregnant housewives allocated more time to sleeping and leisure than other occupational groups, and less time to economic activities. Total household activities was performed more on weekends than weekdays (f = 22.47; p < 0.001).

Statistics

views
71
Downloads
15

Citations

0 citations

Citations counted by OpenAlex, an open index of scholarly literature, updated weekly. Google Scholar may count more.

References

  1. Adair, L.S., Pollitte, E. and Muèller, W.H. (1983). Maternal anthropometric changes during
  2. pregnancy and lactation in rural Taiwanese population. Human Biology, 55, 771-787.
  3. Adair, L.S. (1984). Marginal intake and maternal adaptation. The case of rural Taiwan. In energy
  4. intake and activity, Pollitte,
  5. E. and Amante, P. (eds.) Liss, R.A., New York.
  6. Adair,·L. and Popkin, B.M. (1992). Prolonged lactation contributes to depletion of maternal energy
  7. resources in Philippino women. Journal of Nutrition, 122: 1643-55.
  8. Addo, A.A., Kareem, M.F., Sampson, T.I. and Jibrim, C.L. (1988). Anthropometric and nutrient intake
  9. of Nigerian school children from different ecological zones. Ecology of food and nutrition,
  10. , 271-285.
  11. Allen, L.H., Lung'aho, M.S., Shaheen, M., Harrison, G.G., Neumann,
  12. C. and Kirksey, (1994). BMI and pregnancy outcomes in nutrition CRSP. European Journal of Clinical
  13. Nutrition, 48, Suppl. 3, 568-577.
  14. Baker and De Maeyer (1977). Nutritional anaemia: Its understanding and control with specific
  15. reference to work of WHO. American Journal of Clinical Nutrition, 32 (2), 368-414.
  16. Barness, D.L., Adair, L. and Popkin, B.M. (1988). Women's physical
  17. activjty and pregnancy outcome. A longitudinal analysis from the Philippines. Manuscript Carolina
  18. Chapel Hill cited in McGuire, S.J. and Popkin (1990) Helping women improve Nutrition in Developing
  19. World. World Bank Technic.al Paper, No.
  20. , pl9.
  21. Briend, A. (1979). Fetal stunting, fetal wasting and maternal nutritional status. In: Maternal
  22. nutrition during pregnancy and lactation. Nestle Foundation Workshop (1980). Aebi, H. and
  23. Whitehead, R. editors. Hans Huber Bern, Switzerland, plS0-159.
  24. Charanjeek, H., Magai, V. and Pathak, V. (1988). Nutritional Intake of lactating Punjabi women.
  25. Ecology of food and nutrition, 22:
  26. -166.
  27. Cole, A.H.; Ibeziako, P.A and Bamgboye, E.A. (1989) Basal metabolic rate and energy expenditure of
  28. pregnant Nigerian women. British Journal of Nutrition, 62, 631-637.
  29. Cook, J.D. and Finch, C.A. (1979). Assessing iron status of a population. American Journal of
  30. Clinical Nutrition, 32:·115-7.
  31. De Maeyer, E.M. (1981). The role of WHO in the control of nutritional anaemia. In: Maternal
  32. nutrition information for action resource guide. World Federation of Public Health Association,
  33. U.S.A. p. 22.
  34. De Maeyer, E.M. (1989). Preventing and controlling iron deficiency
  35. anaemia through primary health care. In: Iron supplementation
  36. during pregnancy: Why aren' t women complying? A review of available information.
  37. WHO/MCH/90.5, Geneva, p. 8.
  38. De Maeyer, E.M. (1989) .Preventing and controlling iron deficiency
  39. anaemia through primary heal th care. A guide for heal th administrators and programme
  40. managers. World Health Organisation Monograph, WHO, Geneva
  41. De Maeyer, E.M. and Adiels-Tegman, M. (1985-). Prevalence of anaemia in the world. World
  42. Health Statistics, Q 38 (3): 302-316.
  43. Durnin, J.V.G.A. (1987). Energy requirement of pregnancy an
  44. integral of the longitudinal data from the five country study. Lancet 14: 1131-33.
  45. Durnin, J.V.G.A. (1987). Energy requirement of pregnancy I/D/E/C/G, 1987. Guatamala City, p. 60-75.
  46. Durnin, J.V.G.A. (1991). Energy requirement of pregnancy. Acta Paediatrics. Secandal
  47. Supplement, 373: 33-44.
  48. Ene-Obong, H.N. (1984). Market Index Consumption patterns and contribution of cowpea
  49. legumes to the nutrient intakes of selected communi ties around Nsukka. Unpublished the
  50. sis for award of M.Sc. in Home Science and Nutrition, University of Nigeria, Nsukka.
  51. Engle, P.C. (1989). Child care strategies of working and non­ working women in rural
  52. andurban Guatamala. In women work and
  53. child welfare in the third world. American Association for

Published

July 6, 2023

Details about this monograph

Physical Dimensions

Cite this book

APA Anene, E. C. (2023). Activity pattern, anthropometric and iron status assessment of pregnant women. CODESRIA. https://doi.org/10.57054/codesria.pub.854

Share this book