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Direct reprogramming of astrocytes to neurons leads to functional recovery after stroke
Jessica Livingston, Tina Lee, Emerson Daniele, Clara Phillips, Alexandra Krassikova, Tom Enbar, Ines Kortebi, K.W. Annie Bang, Brennan Donville, Omadyor Ibragimov, Nadia Sachewsky, Cindi M Morshead, View ORCID ProfileMaryam Faiz
doi: https://doi.org/10.1101/2020.02.02.929091
Jessica Livingston
1Department of Surgery, University of Toronto
2Donnelly Center, University of Toronto
Tina Lee
1Department of Surgery, University of Toronto
Emerson Daniele
1Department of Surgery, University of Toronto
Clara Phillips
1Department of Surgery, University of Toronto
2Donnelly Center, University of Toronto
Alexandra Krassikova
1Department of Surgery, University of Toronto
Tom Enbar
1Department of Surgery, University of Toronto
2Donnelly Center, University of Toronto
Ines Kortebi
1Department of Surgery, University of Toronto
K.W. Annie Bang
3Lunenfeld-Tanenbaum Research Institute, Flow Cytometry Facility, University of Toronto
Brennan Donville
2Donnelly Center, University of Toronto
Omadyor Ibragimov
1Department of Surgery, University of Toronto
Nadia Sachewsky
2Donnelly Center, University of Toronto
Cindi M Morshead
1Department of Surgery, University of Toronto
2Donnelly Center, University of Toronto
Maryam Faiz
1Department of Surgery, University of Toronto
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Posted February 03, 2020.
Direct reprogramming of astrocytes to neurons leads to functional recovery after stroke
Jessica Livingston, Tina Lee, Emerson Daniele, Clara Phillips, Alexandra Krassikova, Tom Enbar, Ines Kortebi, K.W. Annie Bang, Brennan Donville, Omadyor Ibragimov, Nadia Sachewsky, Cindi M Morshead, Maryam Faiz
bioRxiv 2020.02.02.929091; doi: https://doi.org/10.1101/2020.02.02.929091
Direct reprogramming of astrocytes to neurons leads to functional recovery after stroke
Jessica Livingston, Tina Lee, Emerson Daniele, Clara Phillips, Alexandra Krassikova, Tom Enbar, Ines Kortebi, K.W. Annie Bang, Brennan Donville, Omadyor Ibragimov, Nadia Sachewsky, Cindi M Morshead, Maryam Faiz
bioRxiv 2020.02.02.929091; doi: https://doi.org/10.1101/2020.02.02.929091
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