Effect of BMI on maximum oxygen uptake of high risk individuals in a population of eastern Uttar Pradesh

Journal Title: Indian Journal of Community Health (IJCH) - Year 2014, Vol 26, Issue 1

Abstract

Background: Maximum oxygen uptake (VO2max) is an important determinant of physical fitness of an individual that reflects the endurance capacity during aerobic physical activities. It has been established as a reliable parameter to assess fitness level of both athletes and non-athletes. However, the effect of body mass index (BMI) on maximum oxygen uptake during a short-term aerobic exercise is relatively underexplored. Herein, we report the effect of BMI on respiratory fitness by measuring maximum oxygen uptake after a short-term aerobic exercise for normal and high risk (overweight and obese) individuals and suggest a correlation between them. Materials and methods: Thirty individuals of age within the range of 20-40 years were first medically examined to be certain that they did not have any cardiorespiratory complications and their BMI was calculated. Based on their BMI, they were classified into three—normal, overweight and obese groups and subjected to a treadmill exercise as per Bruce Protocol. Recorded data were analyzed and student t-test was performed to test significance of the data. Result: This study establishes a correlation between maximum oxygen uptake and BMI of individuals that suggests that with increased BMI, VO2max decreases resulting into a decrease in respiratory fitness level. This trend was found to be consistent among all normal, overweight and obese group individuals. Conclusion: We report the effect of an aerobic exercise on the maximum oxygen uptake of normal and high risk individuals who were not subjected to a long term respiratory endurance exercise; instead we report the finding of correlation between BMI and VO2max immediately after a short-term aerobic exercise.

Authors and Affiliations

Komal Pandey , Vinay Singh , Ashok Kumar Upadhyay , Amitabh Das Shukla , Arvind Bihari Asthana , Devesh Kumar

Keywords

Related Articles

Maternal correlates of birth weight of newborn: A hospital based study

Background: weight of the baby at birth is considered to be a major determinant of future health and survival of the child. It is one of the important factors which determine the readiness with which the newborn baby adj...

An epidemiological comparative study of weight and height parameters for nutritional assessment of adolescents in a rural area of North India

Research Question: What is the simplest way to assess the nutritional status of adolescents? Objectives: (1) To compare and identify the most appropriate method for rapid assessment of nutritional status of rural adolesc...

Prevalence of depression & assessment of risk factors among school going adolescents

Background: Adolescents comprise nearly one-fifth of the total population of India. Undiagnosed adolescent depression can have potentially long term serious consequences along with increased risk of suicide. Objectives:...

Determinants of gender preference and its association with reproductive behaviour among pregnant women

Background: The changes in sex ratio reflect underlying socioeconomic, cultural patterns of a society. One of the serious concerns in India is declining female sex ratio. Aims: To know the factors determining gender pref...

Assessment of functional status in the elderly persons in the rural area of Punjab

Research Question: What is the Functional Status in elderly people? Objective: To assess the Functional Statusof elderly people in rural area of Patiala District. Study Design: Cross-sectional descriptive study. Setting...

Download PDF file
  • EP ID EP123292
  • DOI -
  • Views 128
  • Downloads 0

How To Cite

Komal Pandey, Vinay Singh, Ashok Kumar Upadhyay, Amitabh Das Shukla, Arvind Bihari Asthana, Devesh Kumar (2014). Effect of BMI on maximum oxygen uptake of high risk individuals in a population of eastern Uttar Pradesh. Indian Journal of Community Health (IJCH), 26(1), 20-24. https://europub.co.uk./articles/-A-123292