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Evidence for Auditory Stimulus-Specific Adaptation But Not Deviance Detection in Larval Zebrafish Brains.

Maya Wilde^1,2, Rebecca E Poulsen³, Wei Qin²

¹Queensland Brain Institute, University of Queensland, Brisbane, Australia.

The Journal of Comparative Neurology

|March 26, 2025

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Researchers found stimulus-specific adaptation (SSA) in zebrafish brains, a key auditory processing mechanism previously unknown in fish. This study reveals SSA is evolutionarily conserved, extending our understanding of auditory deviance detection across species.

Area of Science:

Neuroscience
Auditory Neuroscience
Comparative Neuroscience

Background:

Animals require detecting sensory changes for survival.
Auditory mismatch negativity (MMN) and stimulus-specific adaptation (SSA) are key human change detection mechanisms.
Evolutionary conservation of SSA is largely unknown in non-mammalian vertebrates.

Purpose of the Study:

Investigate the presence of stimulus-specific adaptation (SSA) in the teleost fish brain.
Determine the evolutionary conservation of auditory deviance detection circuitry.
Explore neural responses to auditory stimuli in larval zebrafish.

Main Methods:

Utilized whole-brain calcium imaging in larval zebrafish.
Employed selective plane illumination microscopy for single-neuron resolution.

Keywords:

auditory | calcium imaging | deviance detection | mismatch negativity (MMN) | stimulus‐specific adaptation | zebrafish

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Presented auditory oddball stimuli and repetitive white noise bursts.

Main Results:

Observed frequency-specific neural responses in the zebrafish brain.
Did not find specific neuronal responses to deviant auditory tones beyond SSA.
Found no evidence of deviance responses to sound omissions in repetitive sequences.

Conclusions:

Provided the first evidence of stimulus-specific adaptation (SSA) in a teleost fish.
Demonstrated that auditory adaptation and deviance detection are evolutionarily conserved.
Laid the foundation for future research into the neural circuitry of auditory adaptation.