Page 40 - 《运动与健康科学》(英文)2024年第2期
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TaggedAPTARAEnd162 Y. Dai et al.
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Shefchyk and Jordan (1985) 20 Gosgnach et al. (2000) 21 TaggedAPTARAEndTaggedAPTARAEnd Brownstone et al. (1992) 22 TaggedAPTARAEndTaggedAPTARAEnd Krawitz et al. (2001) 8 Brownstone et al. (1992) 22 Fedirchuk et al. (1998) 24 Power et al. (2010) 25 Brownstone et al. (1994) 27 TaggedAPTARAEndTaggedAPTARAEnd Gilmore et al. (2004) 26 TaggedAPTARAEndTaggedAPTARAEnd Beaumont and Gardiner (2003) 10 TaggedAPTARAEndTaggedAPTARAEnd Beaumont and Gardiner (2002) 11 Tagg
ReferenceTaggedAPTARAEndTaggedAPTARAEndTaggedAPTARAEndTaggedAPTARATbody Schmidt (1994) 28 TaggedAPTARAEndTaggedAPTARAEnd a Chen et al. (2019) 12 TaggedAPTARAEndTaggedAPTARAEnd
ChangeTaggedAPTARAEnd #TaggedAPTARAEnd #TaggedAPTARAEnd #TaggedAPTARAEnd #TaggedAPTARAEnd #TaggedAPTARAEnd #TaggedAPTARAEnd #TaggedAPTARAEnd "TaggedAPTARAEndTaggedAPTARAEnd ←TaggedAPTARAEnd #TaggedAPTARAEnd "TaggedAPTARAEndTaggedAPTARAEnd "TaggedAPTARAEnd #TaggedAPTARAEndTaggedAPTARAEnd "TaggedAPTARAEnd #TaggedAPTARAEndTaggedAPTARAEnd "TaggedAPTARAEnd #TaggedAPTARAEndTaggedAPTARAEnd !TaggedAPTARAEndTaggedAPTARAEnd #TaggedAPTARAEnd "TaggedAPTARAEnd
ParameterTaggedAPTARAEnd RinTaggedAPTARAEnd AHP amplitudeTaggedAPTARAEnd VthTaggedAPTARAEnd VthTaggedAPTARAEnd AHP amplitudeTaggedAPTARAEnd RMP, spike trigger level, and spike rise timeTaggedAPTARAEnd RMP and spike trigger levelTaggedAPTARAEnd AHP amplitudeTaggedAPTARAEnd FI curveTaggedAPTARAEnd Spike rise time and rheobaseTaggedAPTARAEnd FI slopeTaggedAPTARAEnd AHP amplitude and RinTaggedAPTARAEnd Spike rise time and rheobaseTaggedAPTARAEnd Rin, maximum s
NeuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd MotoneuronTaggedAPTARAEnd Lamina X interneuronTaggedAPTARAEnd Dorsal horn interneuronTaggedAPTARAEnd Serotonergic neuron of the midbrainTaggedAPTARAEn
DurationTaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd 16 weeksTaggedAPTARAEnd 12 weeksTaggedAPTARAEnd 1620 weeksTaggedAPTARAEnd 5 weeksTaggedAPTARAEnd 5 weeks or 12 weeksTaggedAPTARAEnd 5 weeksTaggedAPTARAEnd 2 weeksTaggedAPTARAEnd 3 weeksTaggedAPTARAEnd 3 weeksTaggedAPTARAEnd
TaggedAPTARACaptionElectrophysiological properties in response to acute or chronic exercise.
5 days/week, 2 h/day, 30 m/min, Voluntary weight-lifting Compensatory overloadTaggedAPTARAEnd trans-spinal direct current stimulation (100 mA, 15 min), 5 days/weekTaggedAPTARAEnd Hindlimb unweightingTaggedAPTARAEnd 1013 m/min for 60 minTaggedAPTARAEnd 1013 m/min for 60 minTaggedAPTARAEnd Note: " means increased; # means decreased; ← means leftward shift; ! means rightward shift.TaggedAPTARAEnd
IntensityTaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd /TaggedAPTARAEnd at a 10% gradeTaggedAPTARAEnd SpontaneousTaggedAPTARAEnd SpontaneousTaggedAPTARAEnd trainingTaggedAPTARAEnd Transcutaneous
Acute/chronicTaggedAPTARAEnd AcuteTaggedAPTARAEnd AcuteTaggedAPTARAEnd AcuteTaggedAPTARAEnd AcuteTaggedAPTARAEnd AcuteTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd ChronicTaggedAPTARAEnd
Table 1 SpeciesTaggedAPTARAEnd CatTaggedAPTARAEnd CatTaggedAPTARAEnd CatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd RatTaggedAPTARAEnd MouseTaggedAPTARAEnd MouseTaggedAPTARAEnd
