Publication	Data		Fish	Anatomy
Li et al., 2024	Fig. 2		RW + MO3-dpysl2b	anterior commissure anterior commissure morphogenesis decreased process quality, abnormal anterior commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure posterior commissure morphogenesis decreased process quality, abnormal
	Fig. 5		RW + MO3-dpysl2b	anterior commissure anterior commissure morphogenesis decreased process quality, abnormal anterior commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure posterior commissure morphogenesis decreased process quality, abnormal
Guo et al., 2022	Fig. 1		RW + MO3-dpysl2b	anterior commissure axon ab1-tuba labeling spatial pattern, abnormal anterior commissure axon decreased distribution, abnormal postoptic commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure axon decreased distribution, abnormal
	Fig. 2		RW + MO3-dpysl2b	anterior commissure axon ab1-tuba labeling spatial pattern, abnormal anterior commissure axon decreased distribution, abnormal postoptic commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure axon decreased distribution, abnormal
	Fig. 3		dpysl2bwa21/wa21 (RW)	anterior commissure axon ab1-tuba labeling spatial pattern, abnormal anterior commissure axon decreased distribution, abnormal postoptic commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure axon decreased distribution, abnormal
	Fig. 5		RW + MO3-dpysl2b ,   dpysl2bwa21/wa21 (RW)	anterior commissure axon ab1-tuba labeling spatial pattern, abnormal anterior commissure axon decreased distribution, abnormal postoptic commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure axon decreased distribution, abnormal
	Fig. 6		RW + MO3-dpysl2b	anterior commissure axon ab1-tuba labeling spatial pattern, abnormal anterior commissure axon decreased distribution, abnormal postoptic commissure axon ab1-tuba labeling spatial pattern, abnormal postoptic commissure axon decreased distribution, abnormal
Suzuki et al., 2022	Fig. 2		RW + MO3-dpysl2b	CaP motoneuron mislocalised, abnormal
Carretero-Rodriguez et al., 2021	Fig. 10		AB + MO1-dpysl2b	optomotor response decreased process quality, abnormal
	Fig. 6		AB + MO1-dpysl2b	cranial nerve III axon defasciculated, abnormal cranial nerve III axon increased branchiness, abnormal cranial nerve III oculomotor nerve development decreased process quality, abnormal
Fiallos-Oliveros et al., 2020	Fig. 2		dpysl2bwa21/wa21; rw0Tg	branchiomotor neuron neuron migration disrupted, abnormal rhombomere 6 branchiomotor neuron displaced to rhombomere 4, abnormal rhombomere 6 branchiomotor neuron displaced to rhombomere 5, abnormal
	Fig. 3		rw0Tg + MO3-dpysl2b ,   rw0Tg + MO1-dpysl2b	branchiomotor neuron neuron migration disrupted, abnormal rhombomere 6 branchiomotor neuron displaced to rhombomere 4, abnormal rhombomere 6 branchiomotor neuron displaced to rhombomere 5, abnormal
Liu et al., 2018	Fig. 2		WT + MO3-dpysl2b	retinal neural layer axon decreased branchiness, abnormal retinal neural layer axon truncated, abnormal
Tanaka et al., 2012	Fig. 1		WT + MO3-dpysl2b	Rohon-Beard neuron displaced to spinal cord axis, abnormal
Bräutigam et al., 2011	Fig. 5		WT + MO2-dpysl2b	central nervous system development disrupted, abnormal central nervous system has fewer parts of type white matter, abnormal central nervous system projection neuron axonogenesis disrupted, abnormal