CORDIS Project
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This project explores how the brainstem generates motor commands for flexible locomotion in zebrafish. By utilizing advanced techniques, it aims to understand the interactions between brain circuits and spinal feedback that enable precise movement control.
Movement is the shared language of behavior across the animal kingdom, orchestrated by dedicated circuits throughout the central nervous system.
To survive, animals must move with a high degree of flexibility, requiring precise and rapid changes in speed and trajectory.
This flexibility of locomotion depends on the brain's ability to select appropriate motor programs and coordinate body and appendage muscles to match the locomotor movement parameters to the behavioral context.
In particular, the…
KAROLINSKA INSTITUTET
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