3 edition of The Visually responsive neuron found in the catalog.
The Visually responsive neuron
Includes bibliographical references and index.
|Statement||edited by T.P. Hicks, S. Molotchnikoff, and T. Ono.|
|Series||Progress in brain research ;, v. 95|
|Contributions||Hicks, T. Philip., Molotchnikoff, S., Ono, Taketoshi.|
|LC Classifications||QP376 .P7 vol. 95, QP383.15 .P7 vol. 95|
|The Physical Object|
|Pagination||xvii, 487 p. :|
|Number of Pages||487|
|LC Control Number||92048461|
In animal studies, removal of lateralised visual cortex causes contralesional defects of visually guided behaviour, associated with a hypoactivation of the colliculus Wallace MTThe visually responsive neuron and beyond: Multisensory integration in cat and monkeyProg Brain Res For editorial issues, permissions, book requests Cited by: The visual cortex of the brain is that part of the cerebral cortex which processes visual is located in the occipital nerves run straight from the eye to the primary visual cortex to the visual association cortex. Visual information coming from the eye goes through the lateral geniculate nucleus in the thalamus and then reaches the visual :
Visual salience (or visual saliency) is the distinct subjective perceptual quality which makes some items in the world stand out from their neighbors and immediately grab our attention. 2 Experiencing visual salience. 3 Neural and computational mechanisms. Simple computational framework. The essence of salience: competing for. Early concepts on efference copy and reafference - Volume 17 Issue 2 - Otto-Joachim Grüsser Early concepts on efference copy and reafference. Otto-Joachim Grüsser (a1) The visually responsive neuron: From basic neurophysiology to behavior, ed. Hicks, T. P., Molotehnikoff, Cited by:
Emotional stimuli, such as a fear-expressing face, can be processed without being consciously perceived and can influence behaviour. Tamietto and de Gelder describe the subcortical pathway that Cited by: At the visual cortex the signals are processed in V1 and communicated via multiple pathways to numerous visually responsive cortical areas. The visual system comprises a complex network where a cascade of action potentials stream from neuron to neuron forwards, laterally and backwards by: 3.
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The Visually Responsive Neuron: From Basic Neurophysiology to Behavior [T. Hicks] on *FREE* shipping on qualifying offers. This timely new volume presents broad-based and wide-ranging contributions on all aspects of vision.
The material is grouped for presentation in a logical fashion in five main themes: peripheral processing; sensory. Print book: EnglishView all editions and formats Summary: Presents contributions on all aspects of vision, grouped under five main themes: peripheral processing; sensory integration in superior colliculus; organization of visual projections; development and plasticity; and neuronal encoding and visually-guided behaviour.
Get this from a library. The visually responsive neuron: from basic neurophysiology to behavior. [T Philip Hicks; S Molotchnikoff; Taketoshi Ono;] -- This timely new volume presents broad-based and wide-ranging contributions on all aspects of vision.
The material is grouped for presentation in a logical fashion in five main themes: peripheral. New Perspectives on Early Social-cognitive Development, Volume in the Progress in Brain Research series, highlights new advances in the field, with this new volume presenting interesting chapters on topics such as Dynamics of Coordinated Attention, The Visually responsive neuron book the Role of Neural Body Maps in Early Social-Cognitive Development: New Insights from Infant MEG and EEG.
As expected, ROIs in the tectum were broadly responsive, but thalamic responses were specific to dark looming stimuli.
This prompted a deeper analysis of thalamic and tectal responses to dark looms alongside three other visually salient stimuli: light looms, dark moving spots, and light moving spots, using ten trials for by: According to Ungerleider and Mishkin’s scheme, the ventral system, passing from primary visual cortex (V1) to the inferior temporal lobe, is concerned with object identification, while the dorsal system, passing from V1 to the posterior parietal lobe, is charged with object localisation.
Thus, these two essential and complementary aspects of. This chapter discusses the effects of the peptide cholecystokinin (CCK) and its antagonists on visually responsive thalamic neurons in urethane anesthetized rats. The chapter discusses the experiments in which adult male albino rats are used.
The subjects are housed as six per cage and are allowed free access to food and by: 7. During long recording periods, roughly possible combinations of colour and shape were tested to find the stimulus that best activated each visually-responsive neuron.
Complementation of the FuGIMA dataset with tracings from a single-neuron atlas has revealed projection targets of pretectal neurons, i.e., the reticular formation, the tegmentum, the hypothalamus, and the cerebellum. Based on our findings, we propose a model of processing stages in the optic-flow-responsive pathway.
Direction selectivity Cited by: 8. However, visually responsive neurons showed a wide range of consistency, from neurons responding once or twice to those responsive to all ten presentations of the stimulus (Fig.
1d). Given the spatially organized receptive fields of tectal neurons within the retinotectal 43, 44, a spatially consistent ensemble would be expected for a Cited by: 9.
Population of superior colliculus (SC) neurons by modality. Forty-two percent of the neurons responded to stimuli from only 1 sensory modality. Of these, visually responsive neurons were the most common.
Majority (58%) of neurons, however, were multisensory, with visual-auditory neurons being the most common. However, visually responsive neurons showed a wide range of consistency, from neurons responding once or twice to those responsive to all ten presentations of the by: 9.
The visual pathway describes the anatomical pathway by which electrical signals generated by the retina are sent to the brain (Fig. The nerve fibers of the retina, representing the axons of the ganglion cells, collect together at the optic disc before passing out of the eye through the orbital bones and into the brain via the optic nerve.
latencies and saccade reaction times were normalized by sub-in the ANOVA, the neuron was defined as visually responsive. The significance level.
Launcher is incredibly comprehensive and impressively flexible, very attractive and visually stunning, vibrant and colorful, and very neatly developed responsive HTML5 Coming Soon website template.
The launcher is very developer friendly and wonderfully time-saving, featuring conceptually different design layouts and each layout reinterpreted /5(34). The human visual system can detect and discriminate between an incredibly diverse assortment of stimuli that may be chromatic or achromatic, in motion or not, patterned or unpatterned, two-dimensional or three.
Remarkably, the neural end-product of visual stimuli impacting upon the retina is, in one sense, always the same. After the complexities of Cited by: The mirror-neuron system in monkeys is constituted of neurons coding object-directed actions.
A first problem for the mirror-neuron theory of language evolution is to explain how this close, object-related system became an open system able to describe actions and objects without directly referring to by: Milner and Goodale's book The Visual Brain in Action discovery of visually-responsive initial unconscious comprehension categories form with the aid of the so-called mirror neuron system.
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Perhaps the only widely agreed notion about the topic is .A neuron was found in the cortex that fires preferentially to pictures of Halle Barry. Answer the following questions about processing images like that of Halle Barry's face.
What type of retinal ganglion cell is likely most responsible for the visual information needed to distinguish Halle Barry from Miley Cyrus: M ganglion cells or P ganglion.Hoy and his colleagues suspect spiders hear low rumbles, such as a wasp’s drone, much as they do the vibrations of a web: with specialized leg hairs.
And their experiments support that idea. They found that making a hair twitch could cause a sound-responsive neuron in .