Search results for " Broca"

showing 5 items of 15 documents

Language and motor control.

2000

We investigated the possible influence of automatic word reading on processes of visuo-motor transformation. Subjects reached and grasped an object on which the following Italian words were printed: 'VICINO' (near) or 'LONTAN' (far) on an object either near or far from the agent (experiments 1, 2); PICCOLO (small) or 'GRANDE' (large) on either a small or a large object (experiment 4); and 'ALTO' (high) or 'BASSO' (low) on either a high or a low object (experiment 5). The kinematics of the initial phase of reaching-grasping was affected by the meaning of the printed words. Namely, subjects automatically associated the meaning of the word with the corresponding property of the object and acti…

AdultMaleKinematicsAdolescentMovementObject (grammar)Class (philosophy)Settore BIO/09biomechanicsBroca's areaNounBroca’s areaAutomatic word reading; Kinematics; Reaching-grasping; Broca’s area; Human.HumansControl (linguistics)LanguageAnalysis of VarianceMovement; analysis of variance; male; adolescent; psychomotor performance; biomechanics; female; hand strength; frontal lobe; adult; language; humansAutomatic word readingHand StrengthGeneral NeuroscienceReaching-graspingBody movementBiomechanical PhenomenaFrontal LobeWord recognitionFemalePsychologyAdjectiveSentencePsychomotor PerformanceCognitive psychologyHumanExperimental brain research
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Asimmetrie cerebrali e i centri del linguaggio nell'Uomo, nella Donna e nei Primati.

2008

Settore VET/01 - Anatomia Degli Animali DomesticiCerebral asymmetry Wernicke Broca.
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Glutamatergic projection from the nucleus incertus to the septohippocampal system

2012

Abstract Recent findings support a relevant role of the nucleus incertus in the control of the hippocampal activity through the modulation of theta rhythm. Previous studies from our group have shown that this nucleus is a critical relay between reticularis pontis oralis and the medial septum/diagonal band, regarded as the main activator and the pacemaker of the hippocampal oscillations, respectively. Besides, the nucleus incertus is highly linked to activated states related to the arousal response. The neurotransmission of the nucleus incertus, however, remains uncertain. Only GABA and the neuromodulator relaxin 3 are usually considered to be involved in its contribution to the septohippoca…

CalbindinsTissue FixationHippocampal formationBiologyDiagonal Band of BrocaHippocampusCalbindinRats Sprague-DawleyGlutamatergicS100 Calcium Binding Protein GGlutamatesPonsImage Processing Computer-AssistedmedicineAnimalsBrain MappingPars compactaReticular FormationGeneral NeuroscienceElectroencephalographyImmunohistochemistryNucleus IncertusRatsmedicine.anatomical_structureMicroscopy Fluorescencenervous systemCalbindin 2Data Interpretation StatisticalVesicular Glutamate Transport Protein 2FemaleSeptum of BrainCalretininRelaxin-3NeuroscienceNucleusNeuroscience Letters
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Anatomical evidence for a ponto-septal pathway via the nucleus incertus in the rat.

2008

Abstract Hippocampal theta activity is involved in sensory–motor integration and constitutes a functional basis for mnemonic functions. The medial septum–diagonal band of Broca (MS/DBv) is a key structure as pacemaker of the oscillation. In addition, some brainstem reticular structures are crucial for the activation of MS/DBv. Specifically, the nucleus reticularis pontis oralis (RPO) is considered the most effective pontine site for eliciting theta rhythm. Nevertheless, its connection with the MS/DBv is not direct. A previous study by our group pointed out that the nucleus incertus (NI) could be considered as a relay in this multisynaptic pathway. From this study, the stimulation of RPO inc…

MaleModels AnatomicStilbamidinesHippocampusAction PotentialsHippocampal formationRats Sprague-DawleyPonsNeural PathwaysTegmentummedicineAnimalsMolecular BiologyBrain MappingChemistryGeneral NeuroscienceDextransNucleus IncertusDiagonal band of BrocaElectric StimulationRatsElectrophysiologymedicine.anatomical_structureReticular connective tissueFemaleSeptum of BrainNeurology (clinical)BrainstemNeuroscienceDevelopmental BiologyBrain research
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Grasp with hand and mouth: a kinematic study on healthy subjects

2001

Neurons involved in grasp preparation with hand and mouth were previously recorded in the premotor cortex of monkey. The aim of the present kinematic study was to determine whether a unique planning underlies the act of grasping with hand and mouth in humans as well. In a set of four experiments, healthy subjects reached and grasped with the hand an object of different size while opening the mouth ( experiments 1 and 3), or extending the other forearm ( experiment 4), or the fingers of the other hand ( experiment 5). In a subsequent set of three experiments, subjects grasped an object of different size with the mouth, while opening the fingers of the right hand ( experiments 6–8). The init…

AdultMalemedicine.medical_specialtyPhysiologyMovementKinematicsMotor NeuronFunctional LateralityBiomechanical PhenomenaPremotor cortexFingersPhysical medicine and rehabilitationmedicineFingerHumansSpeechMotor NeuronsCommunicationMouthHand Strengthbusiness.industryGeneral NeuroscienceGRASPHealthy subjectsMotor CortexBiomechanical PhenomenaFrontal Lobebody regionsmedicine.anatomical_structureFemalePsychologybusinesspsychological phenomena and processesAutomatic word reading; human kinematics; reaching-grasping; Broca's areaHuman
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