Anton Pikhovych

Esther Mahabir

Gereon Rudolf Fink

Helene L Walter

Maria Adele Rueger

Michael Schroeter

Rudolf Graf

 Transcranial direct current stimulation (tDCS) constitutes a promising approach for promoting recovery of function after stroke, although the underlying neurobiological mechanisms are unclear. To conduct translational research in animal models, stimulation parameters should not lead to neuronal lesions. Liebetanz et al. recommend charge densities for cathodal stimulation in rats, but parameters for mice are not established. We established tDCS in the wild-type mouse, enabling studies with genetically-engineered mice (GEM). tDCS equipment was adapted to fit the mouse skull. Using different polarities and charge densities, tDCS was safe to apply in the mouse where the charge density was below 198 kC/m2 for single or repeated stimulations. These findings are crucial for future investigations of the neurobiological mechanisms underlying tDCS using GEM. </jats:p

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Laboratory Animals

Transcranial direct current stimulation in the male mouse to promote recovery after stroke

Transcranial direct current stimulation in the male mouse to promote recovery after stroke

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