Evidence that the Sanaria approach has the potential to confer high levels of protection against malaria comes from previous studies in which volunteers were exposed to the bites of mosquitoes harboring weakened parasites. While the technological challenges associated with translating this approach into an effective and safe vaccine based on live parasites had been widely viewed as insurmountable, Sanaria has developed novel technologies and constructed a unique manufacturing facility that allows scientists to manufacture the candidate vaccine.
"The Sanaria team has been able to systematically overcome obstacle after obstacle in a remarkably short time. I look forward to working with the rest of the team to bring this vaccine over the finish line and into widespread use to prevent the devastating illnesses and deaths caused by malaria," said Adel Mahmoud, former president of Merck Vaccines and member of Sanaria's board of directors.
Ultimately, the measure of success will be a safe, effective licensed vaccine that is widely deployed to prevent malaria, especially in African children.
"The first clinical trial of Sanaria's candidate malaria vaccine is a watershed event. It is the culmination of a remarkable translational research effort by Sanaria directed at realizing the dream of a practical malaria vaccine preparation based upon whole parasites," states Michael Good, Director of the Queensland Institute of Medical Research.
Myron M. Levine, Director of the
|SOURCE Sanaria Inc.|
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