Gilead Sciences will begin human trials of an inhaled version of remdesivir this week.
Gilead’s investigational drug, remdesivir, is currently administered in hospitals through daily infusions.
O’Day said the inhaled version of the remdesivir can play an important role in stopping the spread of the pandemic.
“We will screen healthy volunteers for Phase 1 trials this week and hope to begin studies in patients with COVID-19 in August,” he said.
The Food and Drug Administration issued an emergency use authorization of the investigational antiviral drug remdesivir for the treatment of suspected or laboratory-confirmed COVID-19 cases on May 1.
O’Day said in a short period of time researchers at Gilead have learned a lot about how remdesivir works but there is “still some way to go” in exploring the full potential of the drug against the CCP virus.
“As part of our next wave of clinical development, we will study remdesivir in treating earlier in the disease, in combination with other therapies,” as well as additional patient groups said O'Day.
Studies About Remdesivir
O'Day said that many random controlled trials of the drug “have been evaluating its safety and efficacy in hospitalized patients.”“The inhaled formulation studies are one means of exploring the use of remdesivir in the earlier stages of COVID-19. We will also conduct trials using intravenous infusions in outpatient settings such as infusion centers and nursing homes,” said O'Day.
“At the request of treating physicians. and with the support of local regulatory agencies, who have weighed the risks and benefits of providing an experimental drug with no data in 2019-nCoV, Gilead has provided remdesivir for use in a small number of patients with 2019-nCoV for emergency treatment in the absence of any approved treatment options,” said the company.
Research on the drug was first started by Gilead in 2009 with research programs for the treatment of hepatitis C (HCV) and respiratory syncytial virus (RSV) and its antiviral profiling was done in 2013 and early 2014—that suggested its broader antiviral potential.