@entity85 and spinal mobility on quality of life in XXXX .

@entity1 @entity174 @entity73 @entity1513 @entity170 @entity615 @entity1515 @entity85
The objective of the study was to evaluate the @entity85 and spinal mobility on quality of life (QOL) in @entity1 with spinal @entity170 . A total of 157 postmenopausal @entity1 aged over 60 years with @entity170 were divided into five groups according to their @entity85 : @entity615 ( @entity615 , n=41), @entity615 ( @entity615 , n=33), whole @entity1513 (WK, n=40), lower acute @entity1513 (LAK, n=18), and normal posture (NP, n=25). QOL was evaluated using the Japanese @entity170 QOL Questionnaire (JOQOL) proposed by the Japanese Society for Bone and Mineral Research. This questionnaire contains six domains, with higher scores indicating higher levels of QOL. The number of @entity174 , @entity1513 and @entity1515 angles, and spinal range of motion (ROM) during maximum flexion and extension were also measured with radiographs. Total QOL scores in @entity615 , @entity615 , WK, and LAK groups were significantly lower than those in the NP group, and those in WK group were even lower compared with the other groups ( P<0.05). All the groups with @entity85 , but not the NP group, showed significant positive correlations between total QOL score and spinal ROM (0.521</= r</=0.747, P<0.05). Total QOL score showed a significant correlation with age, number of @entity174 , @entity1515 angle, and spinal ROM in a total of 157 @entity1 . However, multiple regression analysis revealed that spinal ROM best correlated with total QOL score. We concluded that QOL in @entity1 with @entity170 was @entity73 , especially by whole @entity1513 , and that spinal mobility has a strong effect on QOL in these @entity1 .
