Once COVID-19 Candidate, Veru's Sabizabulin Shows Encouraging Action In Animal Studies Against Poxvirus

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  • Veru Inc VERU announced results from a preclinical in vitro study evaluating the effects of sabizabulin against prototypical poxvirus, vaccinia virus.
  • Poxvirus infections typically result in lesions, skin nodules, or disseminated rash formation.
  • The data demonstrated that sabizabulin prevented both the release of poxvirus from infected cells and the spread of poxvirus to healthy cells. 
  • Treatment of BSC40 cells (African green monkey kidney cells) with different concentrations of sabizabulin before inoculation with vaccinia virus demonstrated a drug dose-dependent inhibition of infectious extracellular enveloped virus (EEV) release (R2 value=0.9573) with an inhibition concentration of 50% and 90% of 24.3nM and 37.8nM concentrations of sabizabulin, respectively. 
  • BSC40 cells were treated with different concentrations of sabizabulin before inoculation with vaccinia virus at a low multiplicity of infection to assess the ability of sabizabulin to slow or stop vaccinia virus cell-to-cell spread. 
  • Drug dose-dependent inhibition of the cell-to-cell spread of vaccinia virus was observed (R2=0.9464) with an inhibition concentration of 50% and 90% at 15.7nM and 27nM concentrations of sabizabulin, respectively.
  • In March, the FDA declined Veru's request for Emergency Use Authorization (EUA) for sabizabulin to treat hospitalized adult COVID-19 patients.
  • Price Action: VERU shares are up 0.50% at $1.00 on the last check Tuesday.
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