TABLE 5.
Zebrafish models of SOD1 pathology.
| Study | Method(s) | Axonopathy | MN loss | NMJ abnormalities | Motor deficits | Other phenotypes |
| Benedetti et al., 2016 | SOD1 G93R mutation | Yes – Reduced primary and unbranched axonal length, and increased aberrant branching | Yes | No | Yes – Reduced swim distance and duration | Reduced innervation and muscle atrophy. Increased inflammation and reactive astrogliosis. |
| Da Costa et al., 2014 | TILLING-mediated SOD1 T70I missense mutation | Not reported | Yes | Yes – Reduced colocalization of SV2 and α-bungarotoxin in the interseptal region | Yes – Reduced swim duration and velocity | |
| Lemmens et al., 2007 | SOD1 G93A, G37R, and A4V mutations | G93A: Yes – 64.6% of injected. G37R: Yes – 68.8% of injected. A4V: Yes – 73.1% of injected. |
Not reported | Not reported | Not reported | |
| Ramesh et al., 2010 | BAC-mediated SOD1 G93R mutation | No | Yes | Yes – Reduced colocalization of SV2 and α-bungarotoxin, as well as NMJ volume (in adults) | Yes – Reduced swim endurance (in adults) | Muscle atrophy. Progressive and intermittent paralysis. Increased mortality. |
| Sakowski et al., 2012 | SOD1 G93A mutation | Yes – Reduced axon length and increased branching | Yes | Yes – Loss of intact NMJ (from 20 weeks) | Yes – Reduced swim velocity and progressive reduced swim duration |