Related Experiment Video
Updated: May 15, 2026
Measuring Statistical Learning Across Modalities and Domains in School-Aged Children Via an Online Platform and Neuroimaging Techniques
Published on: June 30, 2020
Children's brain responses to sound changes in pseudo words in a multifeature paradigm
Eino Partanen1, Ritva Torppa, Johannes Pykäläinen
1Cognitive Brain Research Unit, Cognitive Science, Institute of Behavioral Sciences, University of Helsinki, Finland. eino.partanen@helsinki.fi
Insights
Children
Area of Science:
- Neuroscience
- Developmental Psychology
- Speech Science
Background:
- The mismatch negativity (MMN) paradigm traditionally assesses auditory processing to simple stimuli like tones or isolated syllables.
- Investigating speech sound discrimination in children within naturalistic contexts is crucial for understanding language development.
Purpose of the Study:
- To evaluate the efficacy of a multifeature mismatch negativity (MMN) paradigm for assessing neural speech sound discrimination in children within a pseudo-word context.
- To determine if this paradigm can effectively detect responses to various phonetic changes in young children.
Main Methods:
- Preschoolers (under 7) and school-aged children (over 7) participated.
- A multifeature MMN paradigm was employed, presenting a pseudo-word [tɑtɑtɑ] with changes in vowel duration, fundamental frequency, gap, intensity, and vowel identity.
- MMN responses were recorded and analyzed at the individual level.
Main Results:
- Changes in vowel duration and gap elicited significantly larger frontocentral MMN responses compared to other sound changes.
- Vowel identity changes also resulted in an early positive P-MMR (phonological MMN response).
- Most participants demonstrated MMNs for vowel duration and gap deviants, indicating robust neural discrimination.
Conclusions:
- The multifeature MMN paradigm enables efficient (30-minute recordings) neural assessment of speech sound discrimination in children within a word context.
- This paradigm offers a valuable tool for studying speech development and identifying speech sound processing deficits in pediatric populations.
Objective:
The multifeature mismatch negativity (MMN) paradigm has previously been used to study MMN responses to changes in tones or isolated syllables. We tested 4-12 year old children's MMNs to changes in a naturally produced pseudo word context.
Methods:
We studied preschoolers' (under the age of 7 years, N = 15, mean age 5 years 4 months) and school childrens' (over the age of 7 years, N = 15, mean age 9 years 3 months) MMNs to five types of changes (vowel duration, fundamental frequency, gap, intensity, vowel identity) in the middle syllable of a pseudo word [tɑtɑtɑ] using a multifeature paradigm.
Results:
Vowel duration and gap changes elicited larger frontocentral MMN responses than other change types and the vowel identity change also produced an early positive p-MMR. The presence of the MMN was also determined at the individual level, and it was found that vowel duration and gap deviants produced MMNs in most of the participants.
Conclusions:
The current study shows that children's neural speech sound discrimination can be assessed in a word context in a short recording time (30 min) by using the multifeature paradigm.
Significance:
A paradigm which can be used to investigate the discrimination of several change types of speech-sounds in a natural context can be useful for investigating speech development and deficits.
