The interaction between us, but without stimulation. This is because the performance was normal on amusic natural language, but showed a poorer performance Hnlichen clay slip. In addition, w Controlled while Them, the performance is not significantly different between the two types of stimulation, Doramapimod BIRB 796 amusic much better on the speech that the natural analogues on your screen. Interestingly, w Amusic during the performance of two tasks of discrimination showed a significant positive correlation, are the contr To correlate the performance of both PI Tze was not significant. Analysis of errors in both spots amusic indicates discrimination, that it misses more than false alarms.
because natural language stimuli and their analogues clay slides Volasertib 755038-65-4 in the same H he shared and duration models, but differ slightly in the intensity of t Env GE, two separate generalized linear mixed models fitted to examine what nnte k caused amusic, insensitivity to couples in the two patches of discrimination, with order of the Pr presentation of recovery, the L length of the sentence, the tone, focus state, and the absolute differences in acoustic properties between the two stimuli in a pair as fixed effects , and the individual participants and elements of recovery that the Feeder llige effects. The results show that became the model for amusic, responses to different stimuli, language, only the absolutewhat for the subgroup of amusic Mandarin lexical tone observed with visual agnosia, the conflicting results on the word / sound discrimination between current study and are likely to the fact that our stimuli much smaller size s as high excursion, which show amusic, processing deficits in the H can he in the treatment of language included, even if the T ne shared the same segments.
The difference in tone / word identification, and between the current study is probably due to different demands on the phonological awareness between the two points. Although the task of identifying NEN pace for mandatory labeling of names of T, Ben Confirms our recognition task of Chinese characters represent words machines with T. Secondly, with naturally spoken instructions and questions, which differed in several acoustic signals in the words of all, we found normal performance on the discrimination and identification problem in our explanation Tion amusic Mandarin.
This is in contrast to the results of the Mandarin amusic showed slight problems with the identification of statements and questions, which differed substantially from the Endgr E. This shows that human Zuh Rer, including amusic are likely to use a plurality of acoustic signals for the communication of speech. However, it is strange that amusic poorer performance on the word discrimination, but showed normal performance on the identification of words with exactly the same set of stimuli in the current study. It is unlikely, because the order in which the words were presented to discrimination and identification, because the results are robust to the discussion about conditions before and after and between the groups. Zus Tzlich both groups showed increased Ht response latencies for word identification in relation to discrimination in terms of reaction time. Gem the Kurzzeitged MEMORY of two H rereignisse necessary points of discrimination, may need during the comparison between t