'Squire et al ch' presentation slideshows

Visual Perception: what do we want to explain?

Visual Perception: what do we want to explain? How do we get visual information from the world and use it to control b ehavior? What neural processes underlie visually guided behavior? Traditional sub-areas - visual sensitivity color vision spatial vision temporal vision

797 views • 49 slides

Visual Perception: what do we want to explain?

Visual Perception: what do we want to explain? How do we get visual information from the world and use it to control b ehavior? What neural processes underlie visually guided behavior? Traditional sub-areas - visual sensitivity color vision spatial vision temporal vision

635 views • 48 slides

Somatosensory System Touch - mechanoreception

637 views • 43 slides

Attention

Attention. Squire et al Ch 48. Can you elaborate more on statistical decision theory for control of movement by giving an example? Prior: P(state)-memory Likelihood: P( data|state )-sensory data Posterior: P( state|data )

472 views • 35 slides

Motor Cortex, Cerebellum, Basal Ganglia Kandel et al Chs 38, 42, 43 (Also Squire et al Ch )

Motor Cortex, Cerebellum, Basal Ganglia Kandel et al Chs 38, 42, 43 (Also Squire et al Ch ). Somatotopic organization of motor cortex Monkey and human. Distributed representation despite underlying somatotopy.

606 views • 32 slides

Pre-frontal cortex and Executive Function Squire et al Ch 52

Pre-frontal cortex and Executive Function Squire et al Ch 52. S patial neglect can be relative to body, gaze, external object or scene. Could one patient show several of these syndromes? What mechanism decides the reference frame?

396 views • 28 slides

Attention

Attention. Squire et al Ch 48. Spatial Neglect: lesions of parietal lobe, the frontal lobe, anterior cingulate cortex profound inability to attend to certain spatial regions Subcortical level - lesions of the basal ganglia or of the pulvinar

336 views • 18 slides

Pre-frontal cortex and Executive Function Squire et al Ch 52

Pre-frontal cortex and Executive Function Squire et al Ch 52. The PFC is anatomically well situated to play a role in cognitive control . It receives information from and sends projections to sensory systems, motor system structures that produce voluntary movement, systems

240 views • 15 slides