Article
Genetic disruption of WASHC4 drives endo-lysosomal dysfunction and cognitive-movement…
eLife · 2021 · Jamie L Courtland, author Tyler WA Bradshaw, author Greg Waitt, author Erik J Soderblom, author Tricia Ho, author Anna Rajab, author Ricardo Vancini, author Il Hwan Kim, author ([email protected]) Scott H Soderling, author ([email protected]) Hugo J Bellen, editor Huda Y Zoghbi, senior_editor
Key facts
| Title | Genetic disruption of WASHC4 drives endo-lysosomal dysfunction and cognitive-movement impairments in mice and humans |
|---|---|
| First author | Jamie L Courtland, author Tyler WA Bradshaw, author Greg Waitt, author Erik J Soderblom, author Tricia Ho, author Anna Rajab, author Ricardo Vancini, author Il Hwan Kim, author ([email protected]) Scott H Soderling, author ([email protected]) Hugo J Bellen, editor Huda Y Zoghbi, senior_editor |
| Journal | eLife |
| Published | Mar 22, 2021 |
| DOI | 10.7554/eLife.61590 |
| Devices mentioned | K010696, K033489, K040471, K040782, K833921, K873601, K912245, K922285, K984054 |
| Product codes mentioned | CEK, FZO, FZX, GDJ, HTJ, HTO, HTW, HWP, HWT, HXX, JIT, JWH and 6 more |
At a glance
- 1–9 FDA submissions mentioned
- 10–99 Product codes mentioned
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Peer-reviewed and preprint literature indexed by Orca1 and linked to the FDA submissions and product codes each article mentions. Only bibliographic details are shown here.
Source: Publisher and PubMed metadata; device mentions identified by Orca1