Bekir Altas, PhD
Lab space: HSF3 rooms 9130, 9168
Bek’s publications on Google Scholar
Posts with Bek:
Phosphorylation of Neuroligin-3
Our work on how the synaptic adhesion molecule Neuroligin-3 is targeted to either excitatory or inhibitory synapses based on phosphorylation is now available on the bioRxiv! Congrats to Bekir Altas, Liam Tuffy, Annarita Patrizi and the rest of the team in this international collaboration between the University of Maryland School of Medicine, the Max Planck Institute for Multidisciplinary Sciences, and the University of Turin.
Never heard of “mTOR outposts”? Now you have!
Read all about our postulate of the curious little things called “mTOR outposts” in this Hypothesis & Theory paper just out in Frontiers in Cellular Neuroscience!
Happy day for Bek, Andrea, Garrett, and Alex. Appreciations to Helen Bateup and Akira Yoshii for very constructive reviewing; to Gerardo Morfini for editing the Kinase/phosphatase signaling and axonal function in health and disease topic; and to all in the acknowledgements for the fascinating discussions around the concepts in the mTOR outpost model. Be part of those discussions, send us your thoughts!
Congrats to Ryan and co. for “Cas9 fusions for precision in vivo editing” out on the bioRxiv!
The lab’s first pub is a nifty piece of synth bio for genome editing the brain. Richardson et al. describe a platform to test and develop new high-precision genome editing reagents. Some of our new CRISPR fusions, like eRad18-Cas9-CtIP with linear donors, showed up to 45-times higher accuracy at point-mutation editing compared to vanilla CRISPR. Another step toward direct in vivo knockin and in situ gene therapy approaches!
The Lab goes to Chicago…
(photo by T. Soykan)
The lab has fun recreating Raphael’s “The School of Athens” in Chicago, while presenting at the 2019 meeting of the Society for Neuroscience!
Ryan, Marilyn, and Jeffrey unveiled their new approach to high efficiency in vivo genome engineering with in situ CRISPR:
Bek, Andrea, Noury, and Uriel debuted their findings on how a mutation in a family with intellectual disability affects the dynactin complex and cortical circuit wiring:
Alex presented new findings on how phosphorylation of Neuroligin adhesion molecules determines synapse specificities:
And how reciprocal adhesion gradient matching guides the development of cortical circuitry:
… and Garrett stashed us some sweet top-shelf probes…