Insights into understanding malaria parasite biology: characterization of the Plasmodium protein, MAL13P1.319

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Insights into understanding malaria parasite biology: characterization of the Plasmodium protein, MAL13P1.319

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Title: Insights into understanding malaria parasite biology: characterization of the Plasmodium protein, MAL13P1.319
Author: Roberts, Renee Nicole
Keywords: parasitic organism
disease transmission
erythrocytic stages
parasite biology
Date: 2011
Publisher: University of Missouri--Columbia
Abstract: Malaria is responsible for approximately 250 million human infections and about a million deaths annually and is caused by the protozoan parasite Plasmodium, with P. falciparum the most pathogenic form of human malaria. In an effort to discover molecules that aid in parasite invasion, P. falciparum MAL13P1.319 (PfMAL13P1.319) was identified by a search of the Plasmodium genome database and demonstrates significant similarity with orthologs in other Plasmodium spp. and no orthologs in humans. The PfMAL13P1.319 transcript was present during the erythrocytic stages, oocyst sporozoites, and salivary gland sporozoites and protein was detected only during the late erythrocytic stages. Additional mosquito parasite stages not previously observed or reported, such as zygotes, hemolymph sporozoites, and oocyst sporozoites, also were analyzed however displayed no detection of PfMAL13P1.319. The functional role of PfMAL13P1.319 has yet to be determined, although multiple failed attempts at disrupting the gene would suggest that the PfMAL131.319 protein may have an important function for intraerythrocytic parasites. A comparative study of the P. berghei ortholog of MAL13P1.319 (PbMAL13P1.319) discovered a 2.0-kb gene predicted to encode a surface or secreted antigen and has transcript expression during the erythrocytic stages. Overall, this dissertation describes the characteristics of MAL13P1.319 in parasite biology.
URI: http://hdl.handle.net/10355/14447
Other Identifiers: RobertsR-120911-D348

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