Available in Brazil
The platform trial will assess drugs with potential SARS-CoV-2 antiviral
Activity of two general types:
A. Small molecule drugs: currently nitazoxanide, nirmatrelvir/ritonavir, and
hydroxychloroquine.
B. Monoclonal antibodies: Sotrovimab and any other monoclonal antibodies that become
available. Monoclonal antibodies are vulnerable to viral escape mutations. Tracking their
performance over time is important to characterise the impact and inform the therapeutics
of mutant SARS-CoV-2 strains. This will also be important for other antivirals.
Monoclonal antibodies are expensive and cannot be produced at large scale currently, but
this may change in the near future. These drugs will be included if there is local
availability and regulatory approval.
Randomization to the no antiviral treatment control arm (no intervention) will be fixed
at a minimum of 20% throughout the study. The randomization ratios will be uniform for
all available interventions.
Recruitment into the ivermectin arm was stopped on April 18th 2022 due to meeting the
pre- defined stopping criteria.
Recruitment into the remdesivir arm was stopped on June 10th 2022 due to meeting the pre-
defined stopping criteria.
Recruitment into the REGN-COV2 arm was stopped on October 20th 2022 due to meeting the
pre-defined stopping criteria.
Recruitment into the favipiravir arm was stopped on October 31st 2022 due to meeting the
pre-defined stopping criteria.
Recruitment into the molnupiravir arm was stopped on February 22nd 2023 due to meeting
the pre-defined stopping criteria.
Recruitment into the fluoxetine arm was stopped on May 8th 2023 due to meeting the
pre-defined stopping criteria.
Recruitment into the evusheld arm was stopped on July 4th 2023 due to meeting the
pre-defined stopping criteria.
Recruitment into the ensitrelvir arm was stopped on April 21st 2024 due to meeting the
pre-defined stopping criteria.
Recruitment into the combination molnupiravir and nirmatrelvir/ritonavir (e.g. PAXLOVID™)
arm was stopped on May 31st 2024 due to meeting the pre-defined stopping criteria.
1Research sites
3000Patients around the world