Broca's area is classically associated with speechproduction.
2
A speechproduction deficit was observed in three members of one family but not in the other.
3
In the first case, comprehension, speechproduction, the ability to read, spell, write, and similar are investigated.
4
A central issue in the study of speechproduction is whether phonological encoding occurs sequentially or in parallel.
5
This may suggest that the use of meaning-laden gestures depends on the integrity of patients' speechproduction abilities.
6
We found corticospinal excitability of bilateral leg muscle representations to be enhanced by speechproduction and silent reading.
7
Some of them are involved in the development of non-nervous system tissue and cranial structures involved in speechproduction.
8
This area lies in close vicinity to the premotor cortex and is considered to be important for speechproduction.
9
Subsequently, we provided the first quantitative investigation on the multidimensionality of connected speechproduction at both behavioural and neural levels.
10
In conclusion, patients with ALS exhibit deficits in receptive and expressive language on tasks of comprehension and connected speechproduction, respectively.
11
In contrast, NIRS is a relatively inexpensive, portable, noninvasive alternative that is robust to motion artifacts associated with overt speechproduction.
12
Categorical auditory performance (CAP) and speech intelligibility rating (SIR) scales were utilized to investigate auditory performance and speechproduction intelligibility.
13
The current study shows that NIRS data is consistent with behavioral and traditional imaging data on cortical activation associated with overt speechproduction.
14
Consistent with such a motor theory of speech , cortical orofacial and hand motor areas are activated by both speechproduction and speech perception.
15
Specifically for speech , the dorsal processing stream plays a role in speechproduction as well as categorization of phonemes during on-line processing of speech.
16
Behaviorally, speechproduction score and rule violation errors correlated with the strength of functional connectivity of the left (lost) and right (new) regions respectively.