DEVELOPMENT OF A SUBMAXIMAL INCREMENTAL STEP PROTOCOL TO DETERMINE VO2 MAX

Citation data:

International Journal of Exercise Science: Conference Proceedings, Vol: 12, Issue: 1, Page: 44

Publication Year:
2015
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Abstract Views 523
Repository URL:
https://digitalcommons.wku.edu/ijesab/vol12/iss1/44
Author(s):
Stehly, N; Hohman, K; Tweeten, S
poster description
N. Stehly, K. Hohman, & S. Tweeten University of Mary, Bismarck, NDPurpose: To develop a submaximal incremental step test (SIST) that is easier and more portable than current incremental VO2 tests without compromising the accuracy of current submaximal tests. Methods: The subject population consisted of 18 – 29 year old students currently enrolled at the University of Mary/ faculty currently employed at the University of Mary. Subjects performed the following two tests: a SIST and a maximal Bruce Protocol (MBP) treadmill test. The tests were performed on separate days with a minimum of 2 days rest between tests. The SIST was developed utilizing a combination of the submaximal Bruce Protocol estimation criteria and the American College of Sports Medicine stepping equation. Statistics: The relationship between MBP and SIST was investigated using a Pearson product-moment correlation coefficient. Results: There was a strong, between MBP and HST was investigated using a Pearson product-moment correlation coefficient. There was a strong, positive correlation between the two variables (r=.684, n=16, p=.003). Conclusion: The SIST had a strong correlation with measured VO2 max. The SIST can be used as a means to assess VO2 max with a similar degree of accuracy that other submaximal VO2 assessment protocols possess.NACSM Professional Sponsor: Jason Kobes