Martin Baccino

Neuroscience. University of Zürich

[Martin Baccino @MBaccino]

In our latest preprint: An electrophysiology-based genetic screen uncovered the E3 ligase thin, an ortholog of human TRIM32 that controls presynaptic homeostatic plasticity through dysbindin, a gene linked to schizophrenia in humans. https://t.co/pWbgAKcdGr

[Martin Baccino @MBaccino]

😃😃

[Biology Open @BiologyOpen]

Research from Boris Egger @unifrBiology and is colleagues into hypoxia in the developing Drosophila brain was our most-read paper in August! Read the paper, as well as an interview with first author @MBaccino 🙌🥳

➡️https://t.co/T6W8nbWtnY #OpenAccess

[Martin Baccino @MBaccino]

@StefanLuschnig Thank you! 🙂

[Grant Sanderson @3blue1brown]

How discovery (and the retrospective telling of discovery) works.

[Biology Open @BiologyOpen]

New and #OpenAccess in BiO today 👇

The Egger group @unifrBiology use a fluorescent oxygen sensor to monitor the hypoxic state of neural cells in the larval brain of #Drosophila: https://t.co/VDqBV2WGsp

[Martin Baccino @MBaccino]

https://t.co/3obTX0lCP7

[Tim Humberg @TimHumberg]

:)
The masterpiece:

https://t.co/f0jU32f80q