While macrophages swallow the toxin and debris, natural killer cells destroy infected cells through apoptosis. Natural killer cells attach to infected cells with the help of LFA-1 protein (1). Scientist hope to create a therapeutic method that enhances the natural killer cells ability of recognition and attachment to malaria cells (1). There are also attempts to create a vaccine by injecting sickle cell blood into mice to better understand the ability to resist malaria infection (1). Other methods such as dealing with the P. falciparum merozoite organizing protein (PfMOP) could help in stopping asexual reproduction of malaria (3). Through knocking out that specific protein in testing, malaria parasites are unable to finish reproduction and will lead to maturation stagnation followed by death
While macrophages swallow the toxin and debris, natural killer cells destroy infected cells through apoptosis. Natural killer cells attach to infected cells with the help of LFA-1 protein (1). Scientist hope to create a therapeutic method that enhances the natural killer cells ability of recognition and attachment to malaria cells (1). There are also attempts to create a vaccine by injecting sickle cell blood into mice to better understand the ability to resist malaria infection (1). Other methods such as dealing with the P. falciparum merozoite organizing protein (PfMOP) could help in stopping asexual reproduction of malaria (3). Through knocking out that specific protein in testing, malaria parasites are unable to finish reproduction and will lead to maturation stagnation followed by death