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- BookRoy J. Shephard, Catrine Tudor-Locke, editors.Contents:
1. Physical activity and optimal health: the callenge to epidemiology
2. A history of physical activity measurement in epidemiology
3. Outputs available from objective monitors
4. Protocols for data collection, management and treatment
5. Resources for data interpretation and reporting
6. New information on population activity patterns revealed by objective monitoring
7. Can the epidemiologist learn more from sedentary behaviour than from the measurement of physical activity?
8. New perspectives on activity/ disease relationships yielded by objective monitoring
9. Excessive appetite vs. inadequate physical activity in the pathology of obesity: evidence from objective monitoring
10. Objective monitoring and the challenge of defining dose/response relationships for the prevention of chronic disease
11. The economic benefits of increased physical activity as seen through an objective lens
12. Limitations of current objective monitors and opportunities to overcome these problems
13. Objective measurement in physical activity surveillance: present role and future potential
14. Self-report and direct measures of health: bias and implications
15. Conclusions and future directions.Digital Access Springer 2016 - BookPrint [1985]
- ArticleLenn NJ, Beebe B.Microsc Acta. 1977 Mar;79(2):139-44.An apparatus is described for vascular perfusion of small animals with fixative solutions which while simple and inexpensive allows quantitative and reproducible pressure control. Direct measurement of outflow pressure demonstrated that a sphygmomanometer used to supply external pressure to a plastic blood transfer pack achieved these features. Reproducibility of pressure was maintained by filling the bag with air between perfusions, or when smaller volumes of fixative solution were needed. Rodent brains from fetal to adult ages, and other animals of similar size, have been reliably well fixed by this method.