Thomas Panier

This paper introduces a rotating two-photon light-sheet microscope for vestibular imaging in larval zebrafish during physiological stimulation.

The paper identifies a sensorimotor instability driving a locomotor transition in Danionella cerebrum, showing it is an energy-saving strategy linked to swimming strength.

The paper shows that logarithmic nonlinearities in sensory and motor systems stabilize sensorimotor control despite delays and uncertainty.

This paper develops a microfluidic device to non-invasively measure mouse oocyte deformability, identifying elasticity as a key factor in mechanical health and potential for improved assisted reproduction.

This paper presents an open-source design for a one- and two-photon light-sheet microscope that reduces cost and complexity while improving accessibility.

The paper uses magnetic actuation of otoliths in larval zebrafish to study vestibulo-motor processing without head movement, revealing commissural inhibition between brain hemispheres.

This study compares swimming patterns and neuronal circuits in two closely related fish species to understand how environmental factors drive evolutionary divergence in locomotion.

This study shows zebrafish larvae detect salt gradients using olfactory receptor neurons that sense monovalent ions, avoiding high salinity environments.

This paper develops a light-sheet microscope to enable whole-brain calcium imaging in head-restrained zebrafish during vestibular stimulation, revealing dynamic brain responses to physiological inputs.