Chronic Obstructive Pulmonary Diseases And Body Mass Index Relation In Women From Rural Area Mouje Khotwadi Of Sangli District.

  • P.M. Patil Head, Department of Zoology Dr. Patangrao Kadam Mahavidyalaya, Sangli.
Keywords: COPD, Body Mass Index, FEV1% (Forced Expiratory Volume per one second), Forced Expiratory Volume per one second / forced vital capacity, COPD.

Abstract

In rural areas must common cause of Chronic Obstructive Pulmonary diseases (COPD) is the indoor air pollution. In majority of rural areas biomass fuel such as wood, cow dung and crop residue is easily available. Poor families use these biomass fuels for cooking and heating purposes. Majority of poor families lives in Kutcha type of houses. In kutcha type of houses kitchens are not properly ventilated. Incomplete combustion of biomass fuel release smoke which contains high volume and number of air pollutants such as respirable particulate matter PM10, CO, NO2, SO2, formaldehyde and other organic compounds. Prolonged exposure to such air born pollutants, have adverse effect on the respiratory system of women which causes COPD.

There is strong relation between COPD and Body Mass Index. To study relation between COPD and Body Mass Index, total 100 women were selected from rural area of Sangli District Mouje Khotwadi. Mouje Khotwadi is situated 6 to 7 kms away from Sangli city. Out of 100 women 50 women using chulla and 50 women using LPG were selected. Women using chulla were considered as Subject and women using LPG were considered as Control. All women were underwent spirometery to detect COPD. Spirometric parameter, FEV1%, FVC%, FEV1%/FVC% were recorded. Body Mass Index of all women was calculated. Body Mass Index was categoried in four groups (Underweight <20kg/m2, Normal Weight 20.0-25.0kg/m2, Overweight 25.0-30.0kg/m2, Obese >30.0 kg/m2) In this study we found that out of 50 women who were exposed to biomass fuel smoke 31 women were suffering from Obstructive type COPD (FEV1%<80%). In subject women Body Mass Index in underweight category, normal weight category, overweight category and obese category was lower than control group. 

References

Smith, K.R. (1996): Indoor air pollution in India. ANati Med J India. 9:103-104.
Albalak, R. (1997): Cultural practices and exposure to particulate pollution from indoor biomass cooking: effect on respiratory health and nutritional status among the Aymara Indians of the Bolivian Highlands. Unpublished Doctoral Dissertation, University of Michigan.
De Koning, H.W., Smith, K.R., Last, J.M. (1985): Biomass fuel combustion and health. Bull World Health Organ. 63:11–26.
Brinnel, Caszo., George, A.D. (2006) : COPD and Nutrition. Lung India. 23:78-81.
Ancel, Keys., Flaminio, Fidanza., Martti, J., Karvonen., Noboru, Kimura. (1972): Indices of relative weight and obesity. J. Chron Dis. 25:329-343.
Gupta, C., and Kapoor, K. (1983): Fundamentals of mathematics statistics. (8).
Koksal, Hulya., Attila , Saygi., Nesrin, Sariman., Emel, Ahci., Sirin, Yurtlu., Huri, Yilmaz., Yeliz, Duzgun. (2013): Evaluation of clinical and functional parameters in female subjects with Biomass smoke exposure. Respir care. 58(3):424-430.
Berlin, Jeneth., Raj, T. (2014) : Altered lung function test in asymptomatic women using biomass fuel for cooking. Journal of clinical and diagnostic research. 10:BC01–BC03.
Arora, Priya., Gupta, Rajesh., Chopra, Rahul., Gupta, Anupama., Mishra, Neena., Sood, Sushma. (2014): Effect of chronic exposure to biomass fuel smoke on pulmonary function test parameters. Int. J. Res. Med. Sci. 2(4):1488-1494.
Sajal, De. (2012): Body Mass Index Among Patients With Chronic Obstructive Pulmonary Disease. Indian J Physiol Pharmacol. 56(4) :353-8
Maryam, B. Akor-Dewu., Joseph, O. Ayo., Andrew, R. Collins., M.M. Mabrouk., Alexander, B. Adelaiye., Fatima, L. Ciroma. (2012): Comparative study of haematological and cardiorespiratory parameters in women exposed to biomass or mixed fuels. AIJOCR. 2(8) : 257-263.
Published
2019-04-27
Section
Articles