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The Concept Map you are trying to access has information related to:
sensory processing, ventral, v5 (humans), hypercomplex cells, damage to cones, loss of movement perception, aphasia, agnosia, broca's area, olfacroty nerve, divisions, lexical access (processing), weirnick's aphasia, perception deficits, on center off surround, normal recognition, motor reflexes, motion illusion, lemma, word allocation deficits (meaning), hubel and weisel, sensory memory, auditory, bottom up, poor center of sight, poor detail vision, poor color vision, bright blindness., top down, cochlear nucleus, wiernick's area, frequency reponsive cells, low frequency, comprehension deficits, outgoing, output, sensory processing, mental lexicon, off center on surround, wide range of frequency, achromatopsia, articulate fasciculas damage, action potentials, semantic paraphasia, negative afterimages, visual, understanding and production deficits, high frequency, octopus-cells, lateral, word form, tot (tip-of-the-tongue) , linguistic communication, simple cells, nasal passage, associative (memory) preception, speech deficits, in the absence of comprehension deficits, area mt (primates), apraxia, phonological information, conduction aphasia, weirnick's area (posterior left hemisphere) damage, velocity of movement, syntactic information, detection of 2 letter combinations, view dependent theories of perception, broca's aphasia, incoming, semantic information, receptive field, large receptive fields motion sensitive sensitive to low contrast, medial, metrical information, dorsal, scotoma, complex cells, lateral geniculate nucleus, lexeme, bigram detectors (neural correlate), visual system, rostral, visual cortex, akinetopsia, sentence processing defcits, spreech apraxia, concurrent processing (topdown bottom up), receptive field, stimulas preception, dorsal cochlear nuclei, magnocellular, speech, primary olfactory cortex, pattern recognition, caudal, lexical selection, area and type of response, input, posteroventral, ventral cochlear nuclei, parvocellular, muller lyer illusion, complex molecules (esters), olfactory bulbs, primary visual cortex damage, agrammatic aphasia, olfactory, pronunciation deficits