Abstract
1. 1. Dogs were submitted to an aerobic training schedule and its maximum oxygen consumption, laetate threshold and lactate concentration during recovery were compared among the following conditions: not trained (UT), after 1 month of training (T 1), after 2 months of training (T 2) and after detraining (DT). 2. 2. Maximum oxygen consumption increased significantly in relation to UT condition only at T 2 condition. The detraining reversed this alteration. 3. 3. Lactate threshold when expressed as V O2 or absolute work load increased significantly after aerobic training (T 2) but did not present any alteration when it was expressed as % of V O2 max. 4. 4. The lactate decreasing during recovery did not differ between the four experimental conditions (after 10 min). 5. 5. The latency time for the lactate concentration to reach the top values was reduced by aerobic training (T 2).
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