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1 impaired perceptual learning as a factor in developmental dyslexia.
2 it in noise-exclusion, a hallmark symptom in developmental dyslexia.
3 ter a behavioral intervention in adults with developmental dyslexia.
4 ficits in word reading and picture naming in developmental dyslexia.
5 ed support for a neurobiological etiology of developmental dyslexia.
6 he isolation of one of the genes involved in developmental dyslexia.
7 mirrored by its functional disconnection in developmental dyslexia.
8 reading in normal subjects and subjects with developmental dyslexia.
9 deficits have been reported in the brain in developmental dyslexia.
10 these systems where dysfunction may lead to developmental dyslexia.
11 speech-in-noise performance was impaired in developmental dyslexia.
12 s, emphasizing their unique contributions to developmental dyslexia.
13 s underlying scale selection are impaired in developmental dyslexia.
14 ion might contribute to disrupted reading in developmental dyslexia.
15 , right-handed children with a normal IQ and developmental dyslexia (16 male, three female; age range
20 w, we discuss recent data on the genetics of developmental dyslexia and consider broader issues invol
21 ity in the auditory modality is a feature of developmental dyslexia and it may also affect reading-re
23 ill relate to specific auditory abilities in developmental dyslexia and that auditory processing abil
24 cell density in the temporo-parietal lobe in developmental dyslexia and that the altered cerebral str
25 mical correlates of auditory difficulties in developmental dyslexia and their contribution to individ
26 enic variant primary progressive aphasia and developmental dyslexia both manifest with phonological d
27 oding of speech in children with and without developmental dyslexia by measuring auditory brainstem r
28 word reading and picture naming deficits in developmental dyslexia can be reduced to a common neurol
30 ted in the pathogenesis of such disorders as developmental dyslexia, congenital amusia and tinnitus.
33 most extensively studied candidate genes for developmental dyslexia (DD) owing to its important role
34 is in a Finnish pedigree of eight cases with developmental dyslexia (DD) revealed several regions sha
38 e-organisation within the reading system; in developmental dyslexia, functional imaging is being used
39 stic tracking, we show that male adults with developmental dyslexia have reduced structural connectiv
40 underlying cause of reading difficulties in developmental dyslexia; however, existing evidence also
41 in order to assess three leading theories of developmental dyslexia: (i) the phonological theory, (ii
42 relatively less gray matter volume (GMV) in developmental dyslexia in bilateral temporoparietal and
49 ior temporal cortex, much in the same way as developmental dyslexia is associated with hypoactivation
53 A general problem in studying children with developmental dyslexia is how to separate inefficiency i
54 neurotypical readers.SIGNIFICANCE STATEMENT Developmental dyslexia is one of the most widespread lea
59 al study investigates cortical signatures of developmental dyslexia, particularly from the perspectiv
61 ed from these regions in men with persistent developmental dyslexia, suggesting that the anatomical d
63 cantly contributed to reading impairments in developmental dyslexia, while speech in noise only expla