A Metabolic Profile Of Peripheral Heart Action Training

Authors

Zachary A. Mang, The University of New Mexico
Terence A. Moriarty, The University of New MexicoFollow
Rogelio A. Realzola, The University of New Mexico
Desmond J. Millender, The University of New Mexico
Andrew D. Wells, The University of New MexicoFollow
Jonathon M. Houck, The University of New Mexico
Gabriella F. Bellissimo, The University of New MexicoFollow
Zachary J. Fennel, The University of New Mexico
Jason R. Beam, Santa Fe Community College
Christine M. Mermier, The University of New MexicoFollow
Fabiano T. Amorim, The University of New MexicoFollow
Leonard Kravitz, The University of New MexicoFollow

Document Type

Article

Keywords

Circuit training, lactate, sex-specific responses

Journal/Book/Conference Title

Research Quarterly for Exercise and Sport

Abstract

Purpose: Peripheral heart action (PHA) is a style of circuit training that alternates upper and lower body resistance exercises with minimal rest between sets. The purpose of this study was to compare the metabolic demands of PHA to traditional hypertrophy training (TRAD) and to provide between sex comparison for both types of resistance training (RT). Methods: Twenty resistance-trained individuals underwent two bouts of volume-load matched RT: PHA and TRAD. We measured oxygen uptake (VO2), heart rate (HR), blood lactate (BL) concentration, rating of perceived exertion (RPE), excess post-exercise oxygen consumption (EPOC), and duration of each session. Results: PHA elicited significantly greater %VO2max (p <.001), %HRmax (p <.001), RPE (p <.001), and EPOC (p < .001) compared to TRAD. PHA was also completed in less time (p <.001). Compared to TRAD, BL was significantly higher at mid-exercise (p < .001), post-exercise (p <.001), and 5-min post-exercise (p <.001) during PHA. There were no between-sex differences for BL at any time-point for TRAD. However, during PHA, BL was significantly higher for males at mid-exercise (p =.04), post-exercise (p =.02), and 5-min post-exercise (p =.002). No between-sex differences were detected for HR, VO2, RPE, or duration for either style of RT. Conclusions: PHA is a time-effective and metabolically demanding circuit that may lead to strength and cardiorespiratory adaptations. Males produced more BL than females during PHA, but not TRAD, suggesting that they incurred more metabolic stress during the bout of circuit training.

Department

Department of Kinesiology

Original Publication Date

1-1-2021

DOI of published version

10.1080/02701367.2020.1856315

Repository

UNI ScholarWorks, Rod Library, University of Northern Iowa

Language

en

Recommended Citation

Mang, Zachary A.; Moriarty, Terence A.; Realzola, Rogelio A.; Millender, Desmond J.; Wells, Andrew D.; Houck, Jonathon M.; Bellissimo, Gabriella F.; Fennel, Zachary J.; Beam, Jason R.; Mermier, Christine M.; Amorim, Fabiano T.; and Kravitz, Leonard, "A Metabolic Profile Of Peripheral Heart Action Training" (2021). Faculty Publications. 153.
https://scholarworks.uni.edu/facpub/153