Noninvasive reactivation of motor descending control after paralysisGerasimenko Y.,
Lu D.,
Modaber M.,
Zdunowski S.,
Gad P.,
Sayenko D.,
Morikawa E.,
Haakana P.,
Ferguson A.,
Roy R.,
Edgerton V. and noninvasive
stimulation strategy of painless
transcutaneous electrical enabling motor control and a
Non-invasive activation of cervical spinal networks after severe paralysis sensory-motor networks within the cervical
spinal cord can be
transcutaneously neuromodulated
Noninvasive reactivation of motor descending control after paralysisGerasimenko Y.,
Lu D.,
Modaber M.,
Zdunowski S.,
Gad P.,
Sayenko D.,
Morikawa E.,
Haakana P.,
Ferguson A.,
Roy R.,
Edgerton V. and noninvasive
stimulation strategy of painless
transcutaneous electrical enabling motor control and a
Electrical spinal stimulation, and imagining of lower limb movements to modulate brain-spinal connectomes that control locomotor-like behaviorGerasimenko Y.,
Sayenko D.,
Gad P.,
Kozesnik J.,
Moshonkina T.,
Grishin A.,
Pukhov A.,
Moiseev S.,
Gorodnichev R.,
Selionov V.,
Kozlovskaya I.,
Edgerton V. electrical
spinal cord stimulation (tSCS), the presence or absence of visualizing a stepping-like movement
Changes in spinal cord hemodynamics reflect modulation of spinal network with different parameters of epidural stimulationTang S.,
Cuellar C.A.,
Song P.,
Islam R.,
Huang C.,
Wen H.,
Knudsen B.E.,
Gong P.,
Lok U.W.,
Chen S.,
Lavrov I.A. the hypothesis that the temporal hemodynamics response of the
spinal cord to electrical epidural
stimulation