Publication | Closed Access
Enhancement of use-dependent plasticity by <scp>d</scp> -amphetamine
66
Citations
8
References
2002
Year
Healthy IndividualsMotor ControlStructural PlasticityUse-dependent PlasticityMotor TrainingKinesiologyNeurorehabilitationMotor DisorderMotor BehaviorHealth SciencesPsychoactive DrugBehavioral NeuroscienceBehavioral PharmacologyNeuropharmacologyRehabilitationPlasticityDopamineSynaptic PlasticityAddictionNeuroscienceMedicine
In healthy individuals, motor training can elicit use-dependent plasticity. Here the authors studied six subjects in whom training alone failed to elicit this effect. Administration of a single dose of 10 mg of D-amphetamine preceding training led to use-dependent plasticity in a subgroup of these subjects. Using pharmacologic interventions to enhance the effects of motor training might help rehabilitative efforts in patients in whom training alone fails.
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