جستجوی مقالات مرتبط با کلیدواژه « چاقی گلابی شکل » در نشریات گروه « پزشکی »

Obesity is an important factor of spine abnormalities. The Body fat distribution (type of obesity) is an important subject which has serious effects on the health of people. The purpose of the present study was to compare lumbar curvature and its abnormality (lordosis) in apple-shaped and pear-shaped obesity.
This was a case-control study. The subjects in this study consisted of 6th grade, primary school girls in Arak City, in Iran. 122 obese students were screened using non-randomized and purposeful sampling method based on their body mass index. Finally, 61 students participated in this study. Then, based on waist-to-hip ratio, the students were divided into apple-shaped and pear-shaped obesity groups. Assessment of lumbar curvature and diagnosing of lordosis were performed by Rasterstereography (spine evaluation device).
Findings: We found significant differences between two groups in relation to the degree of lumbar curvature and the incidence of lordosis, which the degree of lumbar curvature and incidence of lordosis in the subjects with apple-shaped obesity were more than the subjects with pear-shaped obesity.
Discussion & The differences of the degree of lumbar curvature and the incidence of lordosis in two obesity groups were possibly related to the type of obesity, namely, body fat distribution. It seems that the type of obesity affects the lumbar curvature and can lead to lordosis.

Status abnormalities are adverse changes which can cause deformity in the skeletal structure and the natural direction of the posture. Obesity is among the causes of status abnormalities. The important issue is the distribution of additional fat in the body. The aim of this study was to compare muscle and skeletal abnormalities between the students with apple-shaped and pear-shaped obesity.
Material and Study population included all male high-school students in Sanandaj. 79 students were selected by purposeful cluster sampling and divided into three groups: apple-shaped obesity (n=21), pear-shaped obesity (n=23), and normal weight (n=34).In order to assess abnormalities, we used photography for forward head and forward shoulder, flexible ruler for kyphosis and lordosis, caliper for genu valgum and genovarum, and navicular drop test for flatfoot. Using SPSS22 software, data were analyzed by one-way analysis of variance (ANOVA). P We found significant differences between every two groups in regard to different abnormalities as following: forward head (P ≤ 0.012) and forward shoulder (P ≤ 0.001) between normal and apple-shaped obesity groups, lordosis between apple-shaped and pearshaped obesity groups (P ≤ 0.047), and also between normal and apple-shaped obesity groups (P ≤ 0.046), genovarum (P ≤ 0.0001) between normal and pear-shaped obesity groups and also between normal and apple-shaped obesity groups (P ≤ 0.0001); flatfoot (P ≤ 0.0001) between normal and pear-shaped obesity groups (P ≤ 0.0001) and also between apple-shaped and normal groups (P ≤ 0.0001).
Apple and pear-shaped obesity have different effects on the stature structure and rate of complications. We recommend corrective exercise training programs and weight control in obese subjects according to the type of obesity.

Obesity is an important factor leading to spine abnormalities. Body fat distribution (type of obesity) is important in relation to its effect on the health of people. The purpose of the present study was to compare thoracic curvature and its abnormality (kyphosis) in apple-shaped and pear-shaped obesity. This was a case-control study. The subjects in this study consisted of the 6th grade, primary school girls in Arak City, in Iran. 122 obese students were screened using non-randomized and purposeful sampling method based on their body mass index. Finally, 61 students participated in this study. Then, based on waist-to-hip ratio, the students were divided into apple-shaped and pear-shaped obesity groups. We found significant differences between the two groups in relation to the degree of thoracic curvature and the incidence of kyphosis which were more pronounced and more prevalent in the subjects with apple-shaped obesity. The difference in the degree of thoracic curvature and the incidence of kyphosis in the two obesity groups were possibly related to the type of obesity, namely, body fat distribution. It seems that the type of obesity affects the thoracic curvature and can lead to kyphosis.