ライフサイエンスコーパス: synesthesia

1 15 subjects who possessed "pitch class-color synesthesia".

2 ilies with AP and 36 multiplex families with synesthesia.

3 lasticity following sensory loss in acquired synesthesia.

4 ypic and genetic relationship between AP and synesthesia.

5 internetwork connectivity in grapheme-color synesthesia.

6 increased functional network connectivity in synesthesia.

7 le of hyperexcitability in the expression of synesthesia.

8 this hyperexcitability in the expression of synesthesia.

9 timulation was specific to the experience of synesthesia.

10 firmed cases of male-to-male transmission of synesthesia.

11 ght be the neural substrate of the patient's synesthesia.

12 o identify the cognitive and neural basis of synesthesia.

13 Studying cognitive processes underlying synesthesia, a condition in which stimulation of one sen

14 of synesthesia, we focus on colored sequence synesthesia, a form in which colors are associated with

15 Synesthesia, a neurological condition affecting between

16 Synesthesia, an anomalous blending of senses in which st

17 esthesia, including the relationship between synesthesia and attention and the role of meaning in syn

18 re consistent with developmental accounts of synesthesia and illuminate a previously unsuspected pote

19 e this: genetic differences in developmental synesthesia and plasticity following sensory loss in acq

20 e evidence for the existence of this type of synesthesia and show that it correlates with heightened

21 included visual hallucinations, audiovisual synesthesia, and positively experienced derealization an

22 Absolute pitch (AP) and synesthesia are two uncommon cognitive traits that refle

23 The final part considers developmental synesthesia as an individual difference in cognition and

24 The second part considers the causes of synesthesia both in terms of candidate neural mechanisms

25 alities that are normally separate, and that synesthesia can be caused by inappropriate connections b

26 We demonstrate that synesthesia can be selectively augmented with cathodal s

27 uch and, for some people with 'mirror-touch' synesthesia, can produce a felt tactile sensation on the

28 and physiological markers for grapheme-color synesthesia; crucially, most also described perceiving c

29 Although synesthesia has been known about for 200 years, it is on

30 we systematically evaluate the occurrence of synesthesia in a population of 768 subjects with documen

31 al months before transforming into a form of synesthesia in which auditory stimuli produced tactile p

32 ural substrates of acquired auditory-tactile synesthesia, in which certain sounds can produce an inte

33 iterature with an emphasis on grapheme-color synesthesia, in which viewing letters and numbers induce

34 in the field relating to the neural basis of synesthesia, including the relationship between synesthe

35 In 'colored-hearing' synesthesia, individuals report color experiences when t

36 ivity of color and grapheme regions during a synesthesia-inducing fMRI paradigm involving rest, audit

37 Synesthesia is a condition in which normal stimuli can t

38 Synesthesia is a condition in which stimulation of one s

39 Synesthesia is a condition where presentation of one per

40 Synesthesia is a remarkable, rare condition where an ind

41 Synesthesia is an unusual condition characterized by the

42 These data suggest that synesthesia is better characterized by studying global n

43 ents, we investigated whether grapheme-color synesthesia is characterized by enhanced cortical excita

44 Our results demonstrate that auditory-visual synesthesia is likely to be an oligogenic disorder subje

45 These results suggest that grapheme-color synesthesia is the result of cross-activation between gr

46 Synesthesia is widely considered a congenital condition,

47 the review considers the characteristics of synesthesia: its elicited nature, automaticity, prevalen

48 of these 768 subjects, 151 (20.1%) reported synesthesia, most commonly with color.

49 he understanding of the neural mechanisms of synesthesia, our results have important general implicat

50 Pitch class-color synesthesia represents a newly described type of synesth

51 Consistent with the notion that synesthesia results from hyperconnectivity, functional c

52 sthesia represents a newly described type of synesthesia that is distinct from the well-known crossmo

53 In this study, we exploit synesthesia to understand how the synesthetic experience

54 Previous studies have characterized synesthesia using resting-state connectivity or stimulus

55 Of the many forms of synesthesia, we focus on colored sequence synesthesia, a

56 These self-reports of synesthesia were validated in a subset of 21 study subje

57 hole-genome linkage scan for auditory-visual synesthesia with 410 microsatellite markers at 9.05 cM d

58 dentifying the genetic substrates underlying synesthesia, with important implications for our underst