ライフサイエンスコーパス: consonant

1 sts who speak non-Bantu languages with click consonants).

2 sonority value and feature properties of the consonants.

3 lective difficulties in producing vowels and consonants.

4 phase pattern in the brain for each of these consonants.

5 n the familiar word, despite having the same consonants.

6 evelopment by discriminating both vowels and consonants.

7 by newborns than the information carried by consonants.

8 coustic differences between contrastive stop consonants.

9 onger neurophysiological distinction of stop consonants, a neural mechanism linked to reading and lan

10 oadband transient sounds, such as clicks and consonants, activate a traveling wave in the cochlea.

11 had less distinct neural representations of consonant and dissonant chords as measured using a Neura

12 Paradigmatically consonant and dissonant chords possess different near-sy

13 Consonant and dissonant pitch relationships in music pro

14 36 wk gestation (while still in utero) on a consonant and vowel discrimination task and at 6 and 10

15 Results on consonant and vowel identification measures illustrate a

16 related to any other language, shares click consonants and accompaniments with languages of Khwe and

17 , are characterized by a repertoire of click consonants and phonetic accompaniments.

18 eech perception, linguistic elements such as consonants and vowels are extracted from a complex acous

19 This pattern of results suggests that consonants and vowels are processed by distinct neural m

20 Taking the latter view, consonants and vowels do not have an independent status

21 the possible categorical distinction between consonants and vowels in the brain.

22 act the most fundamental linguistic elements-consonants and vowels, or the distinctive features which

23 There are two views about the nature of consonants and vowels.

24 tween distinct representations for different consonants and vowels.

25 Speech sounds are traditionally divided into consonants and vowels.

26 s challenge traditional distinctions between consonants and vowels.

27 toward the representations of the preceding consonant, and conversely, representations for consonant

28 ss, reduced stress, variable rate, imprecise consonants, and a breathy and harsh voice.

29 ns that speak non-Bantu languages with click consonants are known to harbour some of the most ancient

30 re accurate understanding sentences in which consonants are replaced but vowels remain.

31 When only vowels or only consonants are replaced by noise, listeners are more acc

32 perception because speech sounds, especially consonants, become inaudible.

33 musical notes sound pleasing and are termed "consonant," but others sound unpleasant and are termed "

34 rs identified sentences in which portions of consonants (C), vowels (V), CV transitions, or VC transi

35 ith younger listeners, older listeners rated consonant chords as less pleasant and dissonant chords a

36 e for consonance, rating the pleasantness of consonant chords no higher than that of dissonant chords

37 The 10 consonant-nucleus-consonant (CNC) word lists are considered the gold stand

38 consonant identification, but the pattern of consonant confusions varied across conditions and partic

39 impeded their discrimination of a nonnative consonant contrast but only when the relevant articulato

40 rsity (183+/-36 vs. 175+/-36); Percentage of Consonants Correct-Revised test, a measure of speech-sou

41 d 126+/-30, respectively); the Percentage of Consonants Correct-Revised test, a measure of speech-sou

42 nting linguistic evidence suggest that click consonants date to early in the history of modern humans

43 ual (switching between letter case and vowel/consonant decisions) task.

44 s expected, with a response on vowel but not consonant discrimination, whereas the SRI-exposed fetuse

45 correlated with behavioral performance on 11 consonant-discrimination tasks when spike timing was pre

46 (first formant frequency [F1] offset, vowel-consonant duration ratio, and consonant voicing duration

47 arameterized as words that have initial stop consonants (e.g., /b/, /t/) or do not (e.g., /m/, /f/).

48 al and perceptual similarity structure of 16 consonant exemplars in the English language used in Mill

49 oneme perception measures included vowel and consonant identification in quiet and stationary and tem

50 els were assessed by the change in vowel and consonant identification scores with different program s

51 Consonant identification was significantly better for th

52 Consonant identification was tested in backgrounds of co

53 There was no overall effect of Fcomp on consonant identification, but the pattern of consonant c

54 algorithm (frequency composition, Fcomp) on consonant identification, word-final /s, z/ detection, t

55 or not the mutation affects the same initial consonant in English and Welsh, showing that Welsh synta

56 d interfere with voice onset after voiceless consonants in abductor SD.

57 ubjects were impaired in discriminating stop consonants in noise but were unaffected in a control tas

58 ldhood, suggesting that neural processing of consonants in noise is fundamental for language and read

59 re 4, 50 and 100 Hz; (iii) identification of consonants in nonsense syllables.

60 The consonants in the stimuli fall along a continuum from /b

61 Brainstem responses to consonant intervals were more robust and yielded stronge

62 Their performance in producing individual consonants is independent of the sonority value and feat

63 varied: single (either letter case or vowel/consonant judgment task) vs dual (switching between lett

64 tch processing show preferential encoding of consonant musical relationships and, furthermore, preser

65 The 10 consonant-nucleus-consonant (CNC) word lists are conside

66 mutation rule determines whether the initial consonant of a noun changes based on the grammatical con

67 consistently correlated with preferences for consonant over dissonant chords.

68 nguishing between peak (vowel) and non-peak (consonant) parts of a continuous stream of sound that va

69 sing and that an encoding scheme that favors consonant pitch relationships may be one reason why such

70 Some combinations of musical notes are consonant (pleasant), whereas others are dissonant (unpl

71 ions are mitigated by the fact that replaced consonant segments were roughly one-third shorter than v

72 words with a labial consonant-vowel-coronal consonant sequence (LC).

73 ncerns the universal restrictions on initial consonant sequences, onset clusters (e.g., bl in block).

74 s, whereas 'a' precedes nouns beginning with consonant sounds) in combination with event-related brai

75 eved to be more pronounced in dissonant than consonant sounds.

76 tes to the auditory cortex representation of consonant sounds.

77 e-modulated noise bursts, or consonant-vowel-consonant speech tokens.

78 l contexts, such as after an unpronounceable consonant string ("xkq boat") or within a list ("cup, bo

79 at fixation was present in either a nonword (consonant string) or an English word presented immediate

80 hat a 'letter-form' area (responding more to consonant strings than false fonts) can be distinguished

81 mporal cortex (responding more to words than consonant strings).

82 ctively to both visually presented words and consonant strings, compared with line drawings, digit st

83 d that JNDs are larger in the syllable final consonant than in the releases.

84 in music, some are heard as more attractive (consonant) than others.

85 , to the precise timing characteristics of a consonant, these patterns guide our daily communication.

86 offset, vowel-consonant duration ratio, and consonant voicing duration) were systematically varied i

87 and listened to videos of a speaker uttering consonant vowel (CV) syllables /ba/ and /fa/, presented

88 Three of the patterns involve intrasyllabic consonant-vowel (CV) co-occurrence: labial (lip) consona

89 When presented with 2 identifiable consonant-vowel (CV) syllables ("shee" and "see"), the n

90 of the mouth, responsible for the series of consonant-vowel alternations characteristic of babbling

91 rea appears important for production of this consonant-vowel frame in adults.

92 Consonant-vowel nonsense syllables were recorded with a

93 listeners during a 5 d training regimen on a consonant-vowel phoneme-in-noise discrimination task.

94 riments, participants judged whether a given consonant-vowel speech sound was large or small, round o

95 instem frequency-following response (FFR) to consonant-vowel stimuli (/ba/, /wa/) in young adults, wi

96 ubjects were tested on dichotic fused-words, consonant-vowel syllable, and complex tone tests.

97 kers) were scanned while they listened to 10 consonant-vowel syllables along the /ba/-/da/ continuum.

98 cortical recordings during the production of consonant-vowel syllables to determine the organization

99 motor cortex (vSMC) during the production of consonant-vowel syllables.

100 oidally amplitude-modulated noise bursts, or consonant-vowel-consonant speech tokens.

101 reference for initiating words with a labial consonant-vowel-coronal consonant sequence (LC).

102 y discovering features of the speech signal: consonants, vowels, and combinations of these sounds.

103 r advantage in healthy adults for perceiving consonant-vowels was associated with a left-lateralized

104 uration of signal replaced and proportion of consonants/vowels replaced fail to account for listener

105 The best rate for the eight initial consonants was 66.7%.

106 her this subcortical differentiation of stop consonants was related to reading ability and speech-in-

107 nsonant, and conversely, representations for consonants were biased toward upcoming vowels.

108 observed a change in behavioral performance consonant with a change in contrast gain for small stimu

109 dium competitors, behavioral performance was consonant with a change in the response gain of neurons

110 avioral deficits in spatial navigation tasks consonant with a deficit in the functional properties of

111 Consonant with a fundamental role for CREB phosphorylati

112 ng with reports from other laboratories, are consonant with a growing body of evidence that indicates

113 some of its functions, its low abundance is consonant with a more local role in regulating but a few

114 Consonant with a posttranscriptional and transcriptional

115 ume an extended beta-sheet conformation, are consonant with an alpha-helix that positions the heptad

116 We observed changes in the cueing effect consonant with changes in response gain for negative fac

117 Most of these fragmentation patterns are consonant with elimination pathways, and suggest possibl

118 homologous and structurally similar beta1AR, consonant with experimentally observed oligomerization p

119 The latter finding is consonant with LIGA 20-induced restoration of the Na+/Ca

120 Cutaneous lesions consonant with Muir-Torre syndrome strongly suggest here

121 Consonant with nuclear magnetic resonance (NMR) studies

122 deficit of hippocampal interneurons that is consonant with other evidence for interneuron pathologic

123 This result is consonant with our electrophysiologic studies in nocicep

124 Consonant with predictions, subject extrapolations for t

125 e (18)O atom (from (18)O2) into acetic acid, consonant with proposals for a ferric peroxide mechanism

126 markers in the study participants in manners consonant with protection.

127 regulating target mRNA translation, which is consonant with recently demonstrated functional effects

128 by the component nucleotide frequencies) are consonant with respect to the leading and lagging strand

129 Consonant with several recent experimental studies demon

130 (IC50 0.76-0.92mg/mL) of the polyketides in consonant with significantly greater anti-inflammatory s

131 This difference is shown to be consonant with structural characteristics, using distanc

132 This multisite drug-binding mechanism is consonant with studies on multidrug resistance transport

133 d head patterning in the early chick that is consonant with that occurring in other vertebrates.

134 Consonant with the factors that induce LLPS, tau is an i

135 pression of the short-latency peak, which is consonant with the frequency-dependent depression report

136 This is consonant with the growing shift away from strictly modu

137 aptations and distributions of the IMAs were consonant with the hypothesized stretch receptor roles o

138 ments that patients evidence is argued to be consonant with the known functions of these cortical reg

139 otypes are light dependent, pleiotropic, and consonant with the loss of multiple phytochrome activiti

140 These observations are consonant with the model of homeostatic afferent process

141 a markedly reduced colony-forming capacity, consonant with the observed loss of both lymphocytes and

142 y occupied orbital of the high-spin that are consonant with the physical properties.

143 These results are consonant with the presence of Ca(2+)-fluxing glutamate

144 This result is consonant with the present understanding of ligand-recep

145 ength (DeltarCO << DeltarCN) are found to be consonant with the resonance model.

146 tic risk for compromised dopamine signaling, consonant with the reward-surfeit theory of obesity.

147 ants with treated, congenital toxoplasmosis, consonant with their improved neurologic functioning.

148 o make informed treatment decisions that are consonant with their preferences.

149 d spatial receptive fields (SRFs) in azimuth consonant with their sensitivity to ILDs of stimuli pres

150 Consonant with these effects, the antagonist also preven

151 Consonant with these features, intracranial xenografts o

152 Consonant with these findings, in clinical samples, high

153 Consonant with these findings, nuclear Slug and Snail ex

154 Consonant with these findings, rPLTP did not mediate CD1

155 dies on beta-actin and some viral mRNAs were consonant with this conclusion.

156 Consonant with this hypothesis, HOCl oxidized LDL choles

157 Consonant with this postulate, RBMS3 binds in vitro to t

158 cal properties of reversible aggregates were consonant with those observed for the irreversible aggre

159 These results are consonant with visual evidence for recent groundwater se

160 revealed by apparently enhanced endocytosis, consonant with weaker DAT immunofluorescence at the cell

161 This discovery is consonant with X-ray crystallographic findings that also

162 with front vowels, and dorsal (tongue back) consonants with back vowels.

163 onant-vowel (CV) co-occurrence: labial (lip) consonants with central vowels, coronal (tongue front) c

164 with central vowels, coronal (tongue front) consonants with front vowels, and dorsal (tongue back) c

165 n used these phase patterns to recognize the consonants, with a correct rate of 48.7%.