Research Report
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2017
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2021
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academic article
- BRAIN AREAS FOR SOMATOTOPIC REPRESENTATIONS ARE SET EMBRYONICALLY IN THE MOUSE SOMATOSENSORY SYSTEM
- Building thalamic neuronal networks during mouse development
- Identifying ADHD boys by very-low frequency prefrontal fNIRS fluctuations during a rhythmic mental arithmetic task
- Mesoscale calcium imaging in vivo: evolution and contribution to developmental neuroscience
- Spontaneous Thalamic Activity Modulates the Cortical Innervation of the Primary Visual Nucleus of the Thalamus
- THALAMIC NEURAL ACTIVITY IS ESSENTIAL FOR TRIGGERING PATTERNS OF SPONTANEOUS ACTIVITY IN THE DEVELOPING SENSORY CORTICES
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chapter
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congress communication
- Brainspy:desarrollo de una aplicación educativa interactiva para la simulación y registro de la actividad electroencefalográfica y los potenciales relacionados con eventos
- Cross-modal reorganization of thalamocortical axons after the prenatal ablation of the auditory nucleus of the thalamus
- Cross-modal reorganization of thalamocortical axons after the prenatal ablation of the auditory nucleus of the thalamus
- Design and validation of an fNIRS system to assess functional activity of the prefrontal cortex
- Early formation of somatotopic representations in the mouse somatosensory system: embryonic setting of brain areas
- Individual classification of ADHD children by prefrontal hemodynamic responses during a fNIS-assessed rhythmic mental aritmetic task
- Perinatal spontaneous activity and its role in the segregation and acquisition of sensory modality specificity
- Perinatal spontaneous activity and its role in the segregation and acquisition of sensory modality specificity
- Póster
- Póster
- Póster
- Short Talk
- Spontaneous activity as a key modulator of sensory circuit development
- THE ORIGIN OF SPONTANEOUS ACTIVITY IN THE DEVELOPING CORTICES
- THE ORIGIN OF SPONTANEOUS ACTIVITY IN THE DEVELOPING CORTICES
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external project
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person (active)
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research project
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thesis