Article
MDGAs are fast-diffusing molecules that delay excitatory synapse development by altering…
eLife · 2022 · Andrea Toledo, author Mathieu Letellier, author Giorgia Bimbi, author Béatrice Tessier, author Sophie Daburon, author Alexandre Favereaux, author Ingrid Chamma, author Kristel Vennekens, author Jeroen Vanderlinden, author Matthieu Sainlos, author Joris de Wit, author Daniel Choquet, author ([email protected]) Olivier Thoumine, author ([email protected]) Gary L Westbrook, editor Gary L Westbrook, senior_editor
Key facts
| Title | MDGAs are fast-diffusing molecules that delay excitatory synapse development by altering neuroligin behavior |
|---|---|
| First author | Andrea Toledo, author Mathieu Letellier, author Giorgia Bimbi, author Béatrice Tessier, author Sophie Daburon, author Alexandre Favereaux, author Ingrid Chamma, author Kristel Vennekens, author Jeroen Vanderlinden, author Matthieu Sainlos, author Joris de Wit, author Daniel Choquet, author ([email protected]) Olivier Thoumine, author ([email protected]) Gary L Westbrook, editor Gary L Westbrook, senior_editor |
| Journal | eLife |
| Published | May 9, 2022 |
| DOI | 10.7554/eLife.75233 |
| Devices mentioned | K040782, K202641, K231013 |
| Product codes mentioned | JAK, QBD, JJH, PFF, PFT |
At a glance
- 1–9 FDA submissions mentioned
- 1–9 Product codes mentioned
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About Literature
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