Add to ORKGThe electromagnetic activity in the brain associated with the preparation of reaching movements has been studied extensively in monkeys using direct cell recordings from neurons and in humans using electroencephalography (EEG) and functional magnetic resonance imaging (fMRI). The research presented here extends those lines of investigation into human reaching movements using magnetoencephalography in order to include higher frequencies of activation not available through EEG and temporal resolution not available through fMRI. supplemental materials included in a separate file
This work uses Magnetoencephalography (MEG) to investigate movement-related neural activity in the c...
To better define the neural networks related to preparation of reaching, we applied transcranial mag...
Objective. Characterize the role of the beta-band (13–30 Hz) in the human hippocampus during the exe...
The electromagnetic activity in the brain prior to reaching movements has been studied extensively i...
Sensory feedback plays a major role in movement execution and motor learning, particularly in motor ...
Thesis (Ph.D.)--University of Washington, 2018Electrical stimulation is a popular technique for neur...
Abstract Studying the motor-control mechanisms of the brain is critical in academia and also has pra...
The spectral power of intracranial field potentials shows movement-related modulations during reachi...
Little is known about the temporal dynamics of cortical activation during visually guided behavior. ...
Hautasaari, P. 2017. Motor control in reaction-time vs self-paced movement - MEG study on movement-r...
Previous work in directional tuning for brain machine interfaces has primarily relied on algorithm s...
Functional MRI in monkeys promises to build a bridge between brain research in humans and the large ...
We used functional magnetic resonance imaging (fMRI) to map the cortical representations of executed...
There is considerable evidence for clinical and behavioral efficacy of transcranial electrical stimu...
The objectives of my PhD were to identify the spatial and the temporal dynamics of the brain areas i...
This work uses Magnetoencephalography (MEG) to investigate movement-related neural activity in the c...
To better define the neural networks related to preparation of reaching, we applied transcranial mag...
Objective. Characterize the role of the beta-band (13–30 Hz) in the human hippocampus during the exe...
The electromagnetic activity in the brain prior to reaching movements has been studied extensively i...
Sensory feedback plays a major role in movement execution and motor learning, particularly in motor ...
Thesis (Ph.D.)--University of Washington, 2018Electrical stimulation is a popular technique for neur...
Abstract Studying the motor-control mechanisms of the brain is critical in academia and also has pra...
The spectral power of intracranial field potentials shows movement-related modulations during reachi...
Little is known about the temporal dynamics of cortical activation during visually guided behavior. ...
Hautasaari, P. 2017. Motor control in reaction-time vs self-paced movement - MEG study on movement-r...
Previous work in directional tuning for brain machine interfaces has primarily relied on algorithm s...
Functional MRI in monkeys promises to build a bridge between brain research in humans and the large ...
We used functional magnetic resonance imaging (fMRI) to map the cortical representations of executed...
There is considerable evidence for clinical and behavioral efficacy of transcranial electrical stimu...
The objectives of my PhD were to identify the spatial and the temporal dynamics of the brain areas i...
This work uses Magnetoencephalography (MEG) to investigate movement-related neural activity in the c...
To better define the neural networks related to preparation of reaching, we applied transcranial mag...
Objective. Characterize the role of the beta-band (13–30 Hz) in the human hippocampus during the exe...