Title of article :
Effect of Exercise Program and Calcium Supplements on Low Bone Mass among Young Indian Women- A Comparative Study
Author/Authors :
Shenoy, Shweta Faculty of Sports Medicine and Physiotherapy - Guru Nanak Dev University, Amritsar, Punjab , Dhawan, Neha Faculty of Sports Medicine and Physiotherapy - Guru Nanak Dev University, Amritsar, Punjab , Sandhu, Jaspal Singh Faculty of Sports Medicine & Physiotherapy
Abstract :
Purpose: Low bone mass is a major health concern among young women
nowadays due to sedentary lifestyle and lack of calcium rich food intake.
Therefore there is an increase in the incidence of LBM among young university
women so our main purpose of study was to compare effects of exercise
program and calcium supplements on bone mass in young women.
Methods: This single blinded, cross sectional study included data collection in
the form of SOS T-scores at distal radius for 104 young university women of
mean age 22.3 years using Sunlight Omnisense Bone Sonometer 7000S. Of
these, 62 women with low bone mass were included in a 3 month study but 60
subjects completed the study. They were randomly divided into 3 groups:
exercise group (n=21), calcium supplementation group (n=21) and control
group (n=20). All participants were evaluated pre and post protocol for T-score
distal radius and midshaft tibia.
Results: After measuring SOS T-score of 104 subjects; we found that 60.57%
had low bone mass and remaining 39.43% had normal bone mass. After 3
months, the exercise group showed significant improvement in distal radius
SOS T-score (t=5.10, P<0.001), at midshaft tibia (t=3.71, P<0.001) followed by
improvement in calcium group at distal radius (t=6.28, P<0.001), midshaft tibia
(t=2.33, P<0.05) as compared to control group which showed a marginal
increase.
Conclusions: Exercise group showed more improvement in T-scores than
calcium and control group. Exercise is important modifiable factor to improve
bone accretion at this age and reduce risk of developing osteoporosis related
debilitating conditions later in life.
Journal title :
Astroparticle Physics