Abstract :
Aim: The prevalence of obesity by body analysis values distribution were investigated. Method: SDU School of Medicine Hospital in the diet clinic between May 2010- December 2014 analysis of body measurements in 2527 male and 7267 female patients were included. Of the patients; Age, Height, Weight and body mass index (BMI), as a body analysis; fat (kg), fat (%), lean mass (kg) and liquid (kg) were measured. Data were evaluated by descriptive statistics, frequency analysis and independent t test with SPSS 15.0 software. Results: Data of 2527 (25.8%) male and 7267 (74.2%) female patients which were analysied body composition were evaluated. Patient’s age 37.33 ± 13.78, length (cm) 163.21 ± 9.20, Weight (kg) 82.07 ± 18.20, BMI 31.94 ± 7.06, fat (kg) 28.12 ± 12.51, fat (%) 33.23 ± 9.71, lean mass (kg) 53.96 ± 10.87, liquid (kg) 39.50 ± 7.95 were found. When we evaluated body analysis data according to gender; age 37,77±14,19, length (cm) 173,84±7,21, weight (kg) 89,98±18,13, BMI 29,83±6,04, fat (kg) 21,87±10,88, fat (%) 23,02±7,99, lean mass (kg) 68,11±9,04, liquid (kg) 49,86±6,62 were found in men. Age 37,18±13,64, Height (cm) 159,52±6,57, Weight (kg) 79,32±17,40, BMI 31,33±7,35, Fat (kg) 30,29±12,31, Fat (%) 36,77±7,49, Lean mass (kg) 49,03±6,07, Liquid (kg) 35,90±4,45 were found in female. When we classified according to BMI; BMI; 18,5 (92, %0,9), 18,5-24,9 (1894, %19,3),25-29,9 (2862, %29,2),30-34,9(2448, %25), 35-39,9(1464, %14,9), 40 (1034, %10,6) were found. When we classified according to gender; BMI; 18,5 (64, % 2,5), 18,5- 24,9 (395, %15,6), 25-29,9 (886, %35,1), 30-34,9(758, %30), 35-39,9(292, %11,6), 40 (132, %5,2) in men, BMI; 18,5 (28, % 0,4), 18,5-24,9 (1499, %20,6), 25-29,9 (1976, %27,2), 30-34,9(1690, %23,3), 35-39,9(1172, %16,1), 40 (902, %12,4) in female were found. Height, weight, lean mass and liquid (kg) parameters were found statistically significant higher in male compared to female (p 0.001). Fat (kg) and oil (%) parameters were found statistically significant higher in female compared to male (p 0.001). Conclusion: BMI and fat distribution was found significantly higher in female. Prevalence of obesity was higher in female related to environmental, cultural and lifestyle factors.
