
자연스러운 발화와 음악 처리는 대부분 공유된 신경 자원에 의해 이루어지며, 해부학적 영역 선택성은 관찰되지 않고 대신 분산되고 주파수 특정적인 일관된 진동 패턴에서 선택성이 나타난다.


coremsg

To what extent does speech and music processing rely on domain-specific and domain-general neural networks? Using whole-brain intracranial EEG recordings in 18 epilepsy patients listening to natural, continuous speech or music, we investigated the presence of frequency-specific and network-level brain activity. We combined it with a statistical approach in which a clear operational distinction is made between shared , preferred, and domain- selective neural responses. We show that the majority of focal and network-level neural activity is shared between speech and music processing. Our data also reveal an absence of anatomical regional selectivity. Instead, domain-selective neural responses are restricted to distributed and frequency-specific coherent oscillations, typical of spectral fingerprints. Our work highlights the importance of considering natural stimuli and brain dynamics in their full complexity to map cognitive and brain functions.

### Competing Interest Statement

The authors have declared no competing interest.

Speech and music recruit frequency-specific distributed and overlapping cortical networks

자연스러운-연속-발화와-음악-청취-시-주파수-특정적-분산-및-중첩-피질-네트워크-동원


자연스러운 연속 발화와 음악 청취 시 주파수 특정적 분산 및 중첩 피질 네트워크 동원
