Understanding the neural basis of adaptation (repetition suppression) is critical for interpreting fMRI-adaptation experiments. Sawamura and colleagues provide a critical stepping-stone by elucidating the relation between neural adaptation and response selectivity. They find some cross-adaptation by two different stimuli that activate the same neuron
Functional magnetic resonance imaging (fMRI) is a powerful non-invasive tool to investigate neuronal...
Adaptation is a mechanism by which cortical neurons adjust their responses according to recently vie...
Introduction: Previous experimental work indicates that biological motion recognition is dependent o...
Understanding the neural basis of adaptation (repetition suppression) is critical for interpreting f...
SummaryfMRI-based adaptation paradigms (fMR-A) have been used to infer neuronal stimulus selectiviti...
fMRI-based adaptation paradigms (fMR-A) have been used to infer neuronal stimulus selectivities in h...
The peptidergic dorsal paired medial (DPM) neurons, which innervate the mushroom bodies in Drosophil...
Adaptation is a reduction in a neural response to a sensory stimulus resulting from repeated present...
How an object is perceived depends on the temporal context in which it is encountered. Sensory signa...
In the current dissertation, we examined the phenomenon of neural adaptation. Neural adaptation can ...
Neurons of different brain regions change their response when a stimulus is repeated. In inferior te...
This chapter describes how adaptation over short time frames (seconds) can be combined with brain im...
SummaryVirtually all stages of the visual system exhibit adaptation: neurons adjust their responses ...
Stimulus repetition reduces neural response in cortical areas. Such adaptation is used in functional...
Exposure of cortical cells to sustained sensory stimuli results in changes in the neuronal response ...
Functional magnetic resonance imaging (fMRI) is a powerful non-invasive tool to investigate neuronal...
Adaptation is a mechanism by which cortical neurons adjust their responses according to recently vie...
Introduction: Previous experimental work indicates that biological motion recognition is dependent o...
Understanding the neural basis of adaptation (repetition suppression) is critical for interpreting f...
SummaryfMRI-based adaptation paradigms (fMR-A) have been used to infer neuronal stimulus selectiviti...
fMRI-based adaptation paradigms (fMR-A) have been used to infer neuronal stimulus selectivities in h...
The peptidergic dorsal paired medial (DPM) neurons, which innervate the mushroom bodies in Drosophil...
Adaptation is a reduction in a neural response to a sensory stimulus resulting from repeated present...
How an object is perceived depends on the temporal context in which it is encountered. Sensory signa...
In the current dissertation, we examined the phenomenon of neural adaptation. Neural adaptation can ...
Neurons of different brain regions change their response when a stimulus is repeated. In inferior te...
This chapter describes how adaptation over short time frames (seconds) can be combined with brain im...
SummaryVirtually all stages of the visual system exhibit adaptation: neurons adjust their responses ...
Stimulus repetition reduces neural response in cortical areas. Such adaptation is used in functional...
Exposure of cortical cells to sustained sensory stimuli results in changes in the neuronal response ...
Functional magnetic resonance imaging (fMRI) is a powerful non-invasive tool to investigate neuronal...
Adaptation is a mechanism by which cortical neurons adjust their responses according to recently vie...
Introduction: Previous experimental work indicates that biological motion recognition is dependent o...