ZFIN Image: Hagio et al., 2023, Figure 3—figure supplement 1

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Figure Caption

Figure 3—figure supplement 1—source data 1. Latency of locomotion in ChR-expressing and non-expressing larvae.

The hindbrain of 3-dpf larvae expressing GtCCR4-3.0-EYFP, GtCCR4-MT, or KnChR-3.0-EYFP, and non-expressing sibling control larvae was irradiated with light (520 nm for GtCCR4-3.0-EYFP, GtCCR4-MT and 470 nm for KnChR-3.0-EYFP) for 100 ms. Six consecutive stimulation trials were analyzed for eight rhodopsin-expressing and non-expressing control larvae of each line (48 trials for each condition). Latency was measured as the tail movements observed within 8 s after the onset of light stimulation and plotted in a graph. The number of tail movements was 28 and 7 for GtCCR4-3.0-EYFP and the control, 24 and 4 for GtCCR4-MT and the control, and 25 and 4 for KnChR-3.0-EYFP and the control, respectively.

Figure 3—figure supplement 1—source data 1.Data for <xref rid='fig3s1' ref-type='fig'>Figure 3—figure supplement 1</xref>, latency of locomotion in ChR-expressing and non-expressing larvae.

Acknowledgments

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