Page 42 - 《运动与健康科学》(英文)2024年第2期

TaggedAPTARAEnd164 Y. Dai et al.
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Gharakhanlou et al. (1999) 103 TaggedAPTARAEndTaggedAPTARAEnd Morissette et al. (2014) 104 TaggedAPTARAEndTaggedAPTARAEnd Nakano et al. (1997) 105 TaggedAPTARAEndTaggedAPTARAEnd Beaumont and Gardiner (2003) 10 TaggedAPTARAEndTaggedAPTARAEnd Feng et al. (2021) 106 TaggedAPTARAEndTaggedAPTARAEnd Ge and Dai (2020) 16 TaggedAPTARAEndTaggedAPTARAEnd Chen and Dai (2022) 15 TaggedAPTARAEndTaggedAPTARAEnd Woodrow et al. (2013) 92 TaggedAPTARAEndTaggedAPTARAEn

ReferenceTaggedAPTARAEndTaggedAPTARAEndTaggedAPTARAEndTaggedAPTARATbody

Change in morphology, receptors, or neurotrophinsTaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd #TaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd "TaggedAPTARAEnd

Functional modulatedTaggedAPTARAEnd Calcitonin gene- related peptideTaggedAPTARAEnd SERCA1a and SERCA2aTaggedAPTARAEnd Soma area and total SDH activityTaggedAPTARAEnd Membrane capacitanceTaggedAPTARAEnd Complexity of dendritic branches and synaptic plas- ticity-related protein expressionTaggedAPTARAEnd The number of branch points, dendritic branches and lengthTaggedAPTARAEnd The number of primary dendrites and total dendritic lengthTaggedAPTARAEnd

Neuron affectedTaggedAPTARAEnd Lumbar motoneuronTaggedAPTARAEnd Gastroc muscleTaggedAPTARAEnd Motoneurons innervating the slow-twitch soleus musclesTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd Hippocampus and motor cortexTaggedAPTARAEnd Brainstem 5-HT neuronTaggedAPTARAEnd Lamina X interneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd Sacrocaudal motoneuronTaggedAPTARAEnd Neuromuscular junctionTaggedAPTARAEnd Neuromuscular junctionTaggedAPTARAEnd

DurationTaggedAPTARAEnd 16 weeksTaggedAPTARAEnd 5 monthsTaggedAPTARAEnd 10 weeksTaggedAPTARAEnd 16 weeksTaggedAPTARAEnd 8 weeksTaggedAPTARAEnd 3 weeksTaggedAPTARAEnd 3 weeksTaggedAPTARAEnd 1620 weeksTaggedAPTARAEnd 3 monthsTaggedAPTARAEnd 2 monthsTaggedAPTARAEnd 6 weeksTaggedAPTARAEnd
TaggedAPTARACaptionMorphology, receptors, or neurotrophins of neurons in response to exercise training in rodents.

30 m/min, at a 5% grade, 2 h/day, 60% of their maximum speed and then increased to 70%, 80%, and 95% of their maximum speed for 2-min intervals, the treadmill speed was increased by 0.8 m/min until the animal was 2 h/day, 30 m/min, 5 days/weekTaggedAPTARAEnd 2 h/day, 30 m/min, at a 10% 1 h/day, 14 m/min, at a 25˚ 60 min/day, 6 day/weekTaggedAPTARAEnd 60 min/day, 6 days/weekTaggedAPTARAEnd Treadmill: 27 m/min at a 10˚ incline for 60 min, twice per day,

IntensityTaggedAPTARAEnd 5 days/weekTaggedAPTARAEnd fatiguedTaggedAPTARAEnd gradeTaggedAPTARAEnd inclineTaggedAPTARAEnd 5 m/min for 5 min, 10 m/min for 35 min, 12 m/min for 5 min, 15 m/min for 5 min, 18 m/min for 5 min, cool-down 5 min, 5 m/min for 5 min, 10 m/min for 35 min, 12 m/min for 5 min, 15 m/min for 5 min, 18 m/min for 5 min, cool-down 5 min, 5 days/weekTaggedAPTARAEnd 3050 rpm, 1 h/dayTaggedAPTARAEnd min/dayTaggedAPTARAEnd

Exercise protocolTaggedAPTARAEnd TreadmillTaggedAPTARAEnd Voluntary wheel running or treadmillTaggedAPTARAEnd TreadmillTaggedAPTARAEnd TreadmillTaggedAPTARAEnd TreadmillTaggedAPTARAEnd TreadmillTaggedAPTARAEnd TreadmillTaggedAPTARAEnd Treadmill or volun- tary wheelTaggedAPTARAEnd Passive cyclingTaggedAPTARAEnd TreadmillTaggedAPTARAEnd TreadmillTaggedAPTARAEnd

Rat (spinal transection)TaggedAPTARAEnd

Table 3 SpeciesTaggedAPTARAEnd RatTaggedAPTARAEnd MouseTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd MouseTaggedAPTARAEnd MouseTaggedAPTARAEnd MouseTaggedAPTARAEnd RatTaggedAPTARAEnd MouseTaggedAPTARAEnd RatTaggedAPTARAEnd