C3a and C5b-9 levels differentially predict COVID-19 severity and mortality.
M. Detsika (Athens, Greece), E. Diamanti (Athens, Greece), K. Ampelakiotou (Athens, Greece), E. Jahaj (Athens, Greece), S. Tsipilis (Athens, Greece), N. Athanasiou (Athens, Greece), A. Zacharis (Athens, Greece), I. Dimopoulou (Athens, Greece), S. Orfanos (Athens, Greece), A. Tsirogianni (Athens, Greece), A. Kotanidou (Athens, Greece)
Source: International Congress 2022 – COVID-19: from bench to bedside
Session: COVID-19: from bench to bedside
Session type: Thematic Poster
Number: 3528
 
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M. Detsika (Athens, Greece), E. Diamanti (Athens, Greece), K. Ampelakiotou (Athens, Greece), E. Jahaj (Athens, Greece), S. Tsipilis (Athens, Greece), N. Athanasiou (Athens, Greece), A. Zacharis (Athens, Greece), I. Dimopoulou (Athens, Greece), S. Orfanos (Athens, Greece), A. Tsirogianni (Athens, Greece), A. Kotanidou (Athens, Greece). C3a and C5b-9 levels differentially predict COVID-19 severity and mortality.. 3528
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