1 criteria exhibited VA before reaching 87% of maximum heart rate.

2 e at least 75% to 90% of their age-predicted maximum heart rate.

3 lent of tasks (METs; 11.6 vs 11.7; P = .80), maximum heart rate (174 vs 175 beats/min; P = .41), and

4 ere more often indeterminate (<85% predicted maximum heart rate = 37% vs. 6%, p = 0.001) as compared

5 11%) failed to reach 85% of the age-adjusted maximum heart rate, 762 (26%) had a low chronotropic ind

6  failure to achieve 85% of the age-predicted maximum heart rate and (2) a low chronotropic index, a h

7 o-stage TAPSE (85% and 100% of age-predicted maximum heart rate) and DSE (5 to 40 microg/kg/min at 3-

8 V CO(2); 55 versus 42) and hypercirculatory (maximum heart rate - baseline heart rate/V O(2)max - bas

9 five, 45-min sessions/wk at 78.5 +/- 0.5% of maximum heart rate), both exercise and diet, and control

10 s substantial work by jockeys, who have near-maximum heart rates during racing.

11                     An inexorable decline in maximum heart rate (mHR) progressively limits human aero

12 every two min until 85% of the age-predicted maximum heart rate or another end point was reached.

13 aining (five 25-min sessions/wk at 75-85% of maximum heart rate) or no training.

14 patients who achieved 75% of their predicted maximum heart rate, the Doppler and 201Tl imaging data a

15  increasing workload, until 85% of predicted maximum heart rate was achieved.

16 s, failure to reach 85% of the age-predicted maximum heart rate was associated with increased risk of

17 ers, failure to achieve 85% of age-predicted maximum heart rate was predictive (adjusted RR 2.20, 95%

18  Failure to achieve 85% of the age-predicted maximum heart rate was predictive of events (relative ri

19  failure to achieve 85% of the age-predicted maximum heart rate, which has been the traditional defin