The phrase "auditory to" is not grammatically correct or commonly used in written English.
It is most likely a misinterpretation of the phrase "auditory perception" or "auditory sense." For example: - She had excellent auditory perception, able to detect even the faintest of sounds. - His auditory sense was impaired, making it difficult for him to distinguish between different voices. - The audiologist administered a hearing test to assess her auditory abilities.
"Visual" refers to pictures and imagery, "auditory" to sounds, and "kinesthetic" refers to touch and tactile feelings.
In particular, individuals with dyslexia present difficulties in attentional shifting from visual to auditory, but not from auditory to visual stimuli44.
Visual (i.e. from auditory to visual) and auditory (i.e. from visual to auditory) shift costs were calculated by computing the difference between RTs on consecutive trials with the same target, and RTs when the previous trial was different.
In cases of severe alcohol withdrawal, it is common for seizures, mental clouding, disorientation, and hallucinations (both visual and auditory) to occur during the first 48 hours.
Furthermore, there was a trend showing positive autobiographical memories to increase their proportion to both cognitive and emotional components of the self, from olfactory to auditory to visually cued autobiographical memories; but, yielding a reverse trend for negative autobiographical memories.
Moreover, a ratio of auditory to extra-auditory activations (AR/eAR) is given (bold).
Cross-sensory attentional shifting changes were indexed by calculating the difference between the cost reduction (T1 − T2 costs) in the visual-to-auditory vs. auditory-to-visual condition.
For each group a mixed ANOVA with a 2 times (time: pre vs. post) X 2 (target modalities: visual-to-auditory vs. auditory-to-visual) design was performed.
Cross-sensory shift costs were analyzed using a mixed 2 (time: pre vs. post) X 2 (target modalities: visual-to-auditory vs. auditory-to-visual) X 2 (intervention group: AVG and NAVG) ANCOVA.
Overall, this is in keeping with the putative role of in the posterior planum temporale region, and specifically of area 'Spt', in auditory-to-speech-motor integration (Wise et al., 2001; Hickok and Poeppel, 2007; Buchsbaum et al., 2011).
For instance, Wilson et al. (2004) reported bilateral premotor activation for both producing and perceiving meaningless monosyllables in typical adults (see Supplementary Table 2 for peak coordinates) and interpreted this activation as potentially reflecting an auditory-to-articulatory motor mapping.
