Almost 200 million are affected by malaria each year… but this number is expected to drop drastically in the coming years.
The first anti-malaria vaccine has been approved by the European Medicines Agency after almost 30 years of research. The World Health Organization estimates the disease kills more than a half-million people a year, mostly children. Malaria is mainly transmitted by mosquitos in sub-Saharan Africa.
The vaccine was developed by British pharmaceutical giant GlaxoSmithKline, working in conjunction with the PATH Malaria Vaccine Initiative and has been named Mosquirix.
“This is a really important scientific and regulatory milestone because it confirms that it’s biologically and technically feasible to make a malaria vaccine that has a favourable benefit-risk profile. So what this means is, we now have a new tool to combat this parasite,” PATH vice president David Kaslow says.
The focus of this vaccine has been targeted to the most affected part of the population, children. 90 percent of all malaria cases were detected on children.
The United-States managed to eradicate malaria from the country but the landscape in sub-Saharan Africa is very different. Kaslow explains why this part of the world is the most affected.
“I think part of it has to do with the environment there, a lot of it has to do with the mosquitos that transmit this disease, some of it has to do with the socioeconomic situation that currently exist in sub-Saharan Africa,” Kaslow says.
Some research show that the vaccine is only 30 percent effective and that the efficacy wanes over time. But according to Kaslow, 30 percent is better than nothing. “Slightly more than 980 clinical malaria cases are averted in infants, per thousand infants vaccinated over a 38-month period of followup,” Kaslow says.
GlaxoSmithKline promised to make Mosquirix affordable. Kaslow says that the company will sell the vaccines at the cost of manufacturing plus 5 percent and that the company will use its profits to reinvest it for the development of the next generations of malaria vaccines.