Associations of intention to undertake physical activity among community dwelling British South Asian adults aged 60 and over: a cross sectional study.

OBJECTIVE: High prevalence of sedentary behaviour is seen in most immigrant groups in Western countries, particularly in those from the Indian subcontinent. The primary objective of this study was to determine the socio-cognitive associations with intention to undertake physical activity (PA) among separate groups of Indian, Pakistani and Bangladeshi older adults aged ≥60 in the North West of England, UK. STUDY DESIGN: Cross-sectional survey. METHODS: Using a cross-sectional survey, informed by the Theory of Planned Behaviour (TPB), 138/964 South Asian (SA) older adults completed a mailed questionnaire that assessed self-reported PA and TPB variables. RESULTS: Associations were seen in beliefs about PA and the amount of PA undertaken (rho=0.18, p=0.04). Attitude was correlated with intention (rho = 0.29, p = 0.01) and amount of PA undertaken (rho=0.21, p=0.02). Subjective norm was correlated with intention to undertake PA (rho=0.21, p=0.02). Between-group differences were seen between: (1) Indian and Pakistani group’s in subjective norm (2) all ethnicities in intention to undertake PA and (3) in the amount and attitude to undertaking PA between men and women. Co-morbidity was associated with beliefs about PA uptake. CONCLUSIONS: Subgroup differences between Indian, Pakistani and Bangladeshi older adults in subjective norm and intention to undertaking PA highlight the importance of tailoring interventions to accommodate for subgroup differences when developing culturally appropriate PA interventions aimed at increasing uptake and adherence

Structural Studies at Elevated Pressure and Reduced Temperatures Using Synchrotron Radiation: Application Tocerium/sub 8/Lanthanum)/sub 1/Thorium)/sub 1/

A facility is described which has been developed at the Stanford Synchrotron Radiation Laboratory for the rapid acquisition of structural information from a sample pressurized in a diamond-anvil cell and cooled to cryogenic temperatures. The system employs a closed-cycle He-refrigerator which can be continuously operated, independent of any liquid cryogens, from a remote control station; the sample temperature can be maintained constant to better than 0.05 K. The compressive contact force between the diamond anvils, and hence the sample pressure, is also externally controlled, thereby providing remote control capabilities for both the pressure and the temperature. Preliminary data on the critical points and volume changes associated with the pressure/temperature induced isomorphic phase transition in Ce/sub 8/La/sub 1/Th/sub 1/ are presented