摘要：Was analyzed the Heart Rate (HR) behavior and identified the HR inflection points (HRIP) and deflection points (HRDP) in a maximum progressive test, using female and male subjects. Twenty university students were submitted to a maximum progressive test. The HR was monitored to posterior analysis and identification of the transition points (TP). The subjects’ HR showed sigmoid behavior, with TP identification in all subjects, being: a) in 65% HRIP (64 ± 27W; 29 ± 9% Pmax and 126 ± 12bpm; 66 ± 5% HRmax) and HRDP (177 ± 45W; 81 ± 10%Pmax and 178 ± 8bpm; 93 ± 4%Hrmax); b) in 30% only the HRIP (80 ± 32W; 36 ± 14%Pmax and 125 ± 13bpm; 66 ± 5%HRmax) and c) in 5% HRDP isolated (103W; 57%Pmax and 150bpm; 82%HRmax). The HRIP was found in significantly lower load than HRDP and there were no differences in the load and HR relative between genders.
其他摘要：Was analyzed the Heart Rate (HR) behavior and identified the HR inflection points (HRIP) and deflection points (HRDP) in a maximum progressive test, using female and male subjects. Twenty university students were submitted to a maximum progressive test. The HR was monitored to posterior analysis and identification of the transition points (TP). The subjects’ HR showed sigmoid behavior, with TP identification in all subjects, being: a) in 65% HRIP (64 ± 27W; 29 ± 9% Pmax and 126 ± 12bpm; 66 ± 5% HRmax) and HRDP (177 ± 45W; 81 ± 10%Pmax and 178 ± 8bpm; 93 ± 4%Hrmax); b) in 30% only the HRIP (80 ± 32W; 36 ± 14%Pmax and 125 ± 13bpm; 66 ± 5%HRmax) and c) in 5% HRDP isolated (103W; 57%Pmax and 150bpm; 82%HRmax). The HRIP was found in significantly lower load than HRDP and there were no differences in the load and HR relative between genders.
