3 edition of The validity and reliability of heart rate as a measure of daily energy expenditure found in the catalog.
The validity and reliability of heart rate as a measure of daily energy expenditure
Richard A. Washburn
by University of Oregon, College of Human Development and Performance in Eugene, Or
Written in English
Thesis (Ph.D.), University of Wisconsin-Madison, 1981.
|The Physical Object|
CHAPTER 3 VALIDITY AND RELIABILITY 3 VALIDITY AND RELIABILITY INTRODUCTION In Chapter 2, the study’s aims of exploring how objects can influence the level of construct validity of a Picture Vocabulary Test were discussed, and a review conducted of the literature on the various factors that play a role as to how the. Summary. Total energy expenditure of the heart can be directly determined by cardiac oxygen consumption (Vo 2) according to the energy equivalence of oxygen in aerobic metabolism (1 ml O 2 = J). However, Vo 2 determination of an in situ heart is invasive and not always possible, particularly in clinical settings. To circumvent this problem, various methods to predict Vo 2 have been Cited by: 9.
Heart Rate Monitor. Heat rate monitors, usually worn on the chest or wrist, have an electrocardiogram (ECG) transmitter that sends signals to the receiver which calculates average heart rate within 5 to 15 seconds intervals and displays it as beats per gh more expensive than pedometers and accelerometers, data obtained from heart rate monitors can be transferred to a computer, are. understanding of the validity of consumer-based physical activity monitors and also evaluate the potential of estimating energy expenditure using built-in technology in Smartphones. The first study (Chapter 3) specifically evaluated the utility of various.
an activity monitor for concurrent validity, and with aerobic ﬁtness and body composition for construct validity. Validity has been deﬁned as the extent to which an instrument assesses the true exposure of interest4. This deﬁnition is frequently referred to as internal validity and implies an absolute measure of the variable of interest. UCLA School of Medicine, Los Angeles Aimed at helping readers improve the accuracy of their survey, Litwin's book guides in assessing and interpreting the quality of their survey data by thoroughly examining the survey instrument used. The book also explains how to code and pilot test new and established surveys. In addition, it covers such issues as how to measure reliability (e.g., test 5/5(1).
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Get this from a library. The validity and reliability of heart rate as a measure of daily energy expenditure. [Richard A Washburn]. Background. Accurate measurement of free-living energy expenditure is vital to understanding changes in energy metabolism with aging.
The efficacy of heart rate as a surrogate for energy expenditure is rooted in the assumption of a linear function between heart rate and energy expenditure, but its validity and reliability in older adults remains by: Pearson correlation between usual daily energy expenditure measured by the instrument and the mean of the 24 hour recalls was After subdividing the self-reported daily energy expenditure and the mean of the 24 hour recalls into quintiles, % of the participants remained in the Cited by: The lowest variation in heart rate occurred in the fourth stage ([almost equal to]90% maximum heart rate) with heart rate varying 5 +/- 2 b[middle dot]min-1 (95% confidence interval for.
Validity of the simultaneous heart rate-motion sensor technique for measuring energy expenditure Article in Medicine & Science in Sports & Exercise 34(5) May with 76 Reads. Conversely, predicted energy expenditure (from heart rate calibrated with the individualized exercise tests and measured energy expenditure) for all ADL together was highly correlated (r =p.
An Energy Expenditure Estimation Method Based on Heart Rate Measurement Firstbeat Technologies Ltd. This white paper has been produced to review the method and empirical results related to the heart beat based estimation of energy expenditure developed by FirstbeatFile Size: KB.
heart rate. This energy expenditure equation was then further validated on an independent sample of 97 individuals and found to have a correlation coefficient (r) of Rennie et al. () demonstrated the utility of developing equations for estimating physical activity energy expenditure, from the heart rate-energy expenditure relationship.
validity and reliability of the heart rate monitors. agreement between polar and srm mobile ergometer systems during laboratory-based high-intensity, intermittent cycling activity hurst ht, atkins s j sports sci: 24(8):comparison of polar s and an ambulatory ecg system for rr interval measurement during progressive exercise.
The aim of the present study was to assess criterion validity, and relative and absolute reliability of Polar® RSCX heart rate monitor, compared to simultaneously recorded electrocardiogram (ECG) data, in measuring heart rate of dogs during standing position and at trot on a by: Validity and reliability of Nike+Fuelband for estimating physical activity energy expenditure Wesley J.
Tucker1, Dharini M. Bhammar2, Brandon J. Sawyer3, Matthew P. Buman1 and Glenn A. Gaesser1* Abstract Background: The Nike+Fuelband is a commercially available, wrist-worn accelerometer used to Cited by: Validity and reliability of BodyGem for measuring resting metabolic rate on Taiwanese women In particular, for those with BMI greater t the correlation coefficient is up to (P.
Introduction. Physical activity energy expenditure (AEE) is the most variable component of total energy expenditure (TEE). In very active individuals daily TEE can be twice as much as resting energy expenditure, 1 and during heavy sustained exercise in the Tour de France a fivefold increase has been described.
2 With limited energy intake, lean tissue will be used as fuel resulting in loss Cited by: This is “Reliability and Validity of Measurement”, section from the book Psychology Research Methods: Core Skills and Concepts (v.
by having a large sample of people rate a measure in terms of whether it appears to measure what it is intended to—it is usually assessed informally. t exercise and recovery would be useful in team sports.
Fourteen state-level male rugby union players (mean ± SD: age, 22 ± 4 years; body mass, ± kg; height, ± m, body fat, 18 ± 6%) participated in this study. Energy expenditure was measured by the SenseWear Armband (SWA) and validated against indirect calorimetry as the criterion measure during a minute rugby.
This relation serves as the foundation for existent calibrated heart rate measures developed to provide estimates of energy expenditure in kcal/day or kJ and that can be used to discriminate between different activity intensities. m Heart rate thresholds also have been used to determine the time or percent of time that individuals spend above.
e people. Methods: Two hundred twenty-four older adults (% women, % men, mean age ± yr) were randomly selected from the Guangzhou Biobank Cohort Study, a prospective cohort of older Chinese in Southern China. To examine the test-retest reliability, the participants completed the IPAQ-C twice during a 7-d interval.
The criterion validity of the IPAQ-C was tested with pedometry. Sawatzky BJ, Miller WC and Denison I (). Measuring energy expenditure using heart rate to assess the effects of wheelchair tyre pressure.
Clin Rehabil OBJECTIVE: To investigate the effects of wheelchair tyre pressure on mechanics and energy and explore the use of heart rate as a measurement of energy expenditure. The three portable systems capable of providing a continuous measurement of ˙VO 2 and ventilation for long periods are (1) the Total Energy Expenditure Measurement system (TEEMAeroSport, Ann Arbor, Mich.), (2) the COSMED K2 (Vacumed, Ventura, Calif.), and (3) the Oxylog (P.
Morgan, Andover, Mass.). Each of these has unique features but contains the basic technological advances. A critical evaluation of energy expenditure estimates based on individual O2 consumption/heart rate curves and average daily heart rate. Clin. Nutr., 37, (). DAUNCEY, M.J., JAMES, W.P.T.: Assessment of the heart-rate method for determining energy expenditure in man using a whole body calorimeter.
Nutr., 42,1 (). PA measure that is the most difficult to measure, and has limited published evidence regarding the reliability/validity of measures that can be accurately used Sedentary time Method of measuring PA that involves well defined observation strategies, list of activity categories to code movement, list of variables that may influence behavior, data.Chapter Objectives.
At the conclusion of this chapter, the learner will be able to: 1. Identify the need for reliability and validity of instruments used in evidence-based practice. 2. Define reliability and validity. 3. Discuss how reliability and validity affect outcome measures and. Energy intake and energy expenditure estimates.
The 59 participants had a mean age of 44 (95% CI 40, 48) years. The mean EI from the FFQ was significantly lower than the mean EE (p.