2005Medicine & Science in Sports & ExerciseRequires access

Use of Self-Assessed Fitness and Exercise Parameters to Predict Objective Fitness

Donna J. Riley, Deborah L. Wingard, Deborah J. Morton, Jeanne F. Nichols, Ming Ji, Richard A. Shaffer, Caroline A. Macera

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Abstract

PURPOSE: The purpose of this prospective study was to examine the effectiveness of self-assessed fitness and exercise in predicting objectively measured physical fitness. METHODS: Study subjects included 1583 men who entered Marine Corps training in San Diego, CA, between September and November 2002 and completed a questionnaire and an objective fitness test. The questionnaire included demographic and self-assessed fitness/exercise items, and was administered immediately upon entry into the training program. The objective fitness measure was obtained using a standardized test after approximately 1 month of training. RESULTS: Multivariate modeling found that several measures of self-assessed fitness and exercise (estimated number of pull-ups; good, very good, or excellent self-assessed fitness; sweating quite a lot or most or all of the time during physical activity; and competitive experience) were all associated with the objective fitness score. These results remained statistically significant after controlling for age, race, and body mass index (model adjusted R2 = 0.469, P < 0.01). CONCLUSION: In this analysis, self-assessed fitness and exercise parameters that can be easily ascertained with a short questionnaire predicted objective fitness scores approximately 1 month later. This information could be used by recruiters to make recommendations for pre-enlistment conditioning.

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PURPOSE: The purpose of this prospective study was to examine the effectiveness of self-assessed fitness and exercise in predicting objectively measured physical fitness. METHODS: Study subjects included 1583 men who entered Marine Corps training in San Diego, CA, between September and November 2002 and completed a questionnaire and an objective fitness test. The questionnaire included demographic and self-assessed fitness/exercise items, and was administered immediately upon entry into the training program. The objective fitness measure was obtained using a standardized test after approximately 1 month of training. RESULTS: Multivariate modeling found that several measures of self-assessed fitness and exercise (estimated number of pull-ups; good, very good, or excellent self-assessed fitness; sweating quite a lot or most or all of the time during physical activity; and competitive experience) were all associated with the objective fitness score. These results remained statistically significant after controlling for age, race, and body mass index (model adjusted R2 = 0.469, P < 0.01). CONCLUSION: In this analysis, self-assessed fitness and exercise parameters that can be easily ascertained with a short questionnaire predicted objective fitness scores approximately 1 month later. This information could be used by recruiters to make recommendations for pre-enlistment conditioning.

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Available abstract

PURPOSE: The purpose of this prospective study was to examine the effectiveness of self-assessed fitness and exercise in predicting objectively measured physical fitness. METHODS: Study subjects included 1583 men who entered Marine Corps training in San Diego, CA, between September and November 2002 and completed a questionnaire and an objective fitness test. The questionnaire included demographic and self-assessed fitness/exercise items, and was administered immediately upon entry into the training program. The objective fitness measure was obtained using a standardized test after approximately 1 month of training. RESULTS: Multivariate modeling found that several measures of self-assessed fitness and exercise (estimated number of pull-ups; good, very good, or excellent self-assessed fitness; sweating quite a lot or most or all of the time during physical activity; and competitive experience) were all associated with the objective fitness score. These results remained statistically significant after controlling for age, race, and body mass index (model adjusted R2 = 0.469, P < 0.01). CONCLUSION: In this analysis, self-assessed fitness and exercise parameters that can be easily ascertained with a short questionnaire predicted objective fitness scores approximately 1 month later. This information could be used by recruiters to make recommendations for pre-enlistment conditioning.

Key concepts: Physical fitness, Fitness test, Test (biology), Physical therapy, Body mass index, Medicine, Psychology, Internal medicine

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