Figures & data
Figure 1 Vestibular ocular reflex (VOr) in 6-dpf zebrafish larvae. In dark, wild-type siblings (A) and bel mutants (B) showed eye movements opposite to the angular direction of the turntable. under normal illumination, wild-type siblings continued to exhibit eye movements as in dark (C), whereas bel mutants displayed eye movements in the same direction as the turntable (d). Gray arrows depict the angular direction of the turntable, and black arrows depict the compensatory eye movement relative to the body.
![Figure 1 Vestibular ocular reflex (VOr) in 6-dpf zebrafish larvae. In dark, wild-type siblings (A) and bel mutants (B) showed eye movements opposite to the angular direction of the turntable. under normal illumination, wild-type siblings continued to exhibit eye movements as in dark (C), whereas bel mutants displayed eye movements in the same direction as the turntable (d). Gray arrows depict the angular direction of the turntable, and black arrows depict the compensatory eye movement relative to the body.](/cms/asset/efcfd76a-6da5-4101-8b07-cf603ccff2ec/kcib_a_10911975_f0001.gif)