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host determinants of infection to inform the development of translational malaria prevention strategies. The postdoctoral fellow will contribute to loss-of-function and image-based high-throughput
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on the Vector Observatory project (https://www.malariagen.net/vobs/ ). Malaria continues to pose a major global health challenge, and mosquito vectors are central to transmission. The project addresses three
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on the malaria parasite proteasome, ubiquitination, and stress responses in the context of drug resistance. Our laboratory employs cellular and molecular biology techniques, proteomics, and bioinformatics
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and Microbiology, University of Nebraska Medical Center College of Medicine. The research focuses on the malaria parasite proteasome, ubiquitination, and stress responses in the context of drug
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Position Summary The Kanjee lab is interested in understanding the molecular basis of malaria parasite interactions with host red blood cells that underlie infection and pathogenesis. We apply a
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, the deadliest malaria parasite, is responsible for malaria pathogenicity. Unlike model organisms, Plasmodium divides in unconventional ways producing not two but up to tens of thousands of daughter cells, in a
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multiple affiliations. Postdoctoral FellowPosition Computational approaches to malaria parasite antigen diversity Duke Global Health Institute Be You. The Malaria Collaboratory is recruiting an exceptional
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of H. Pylori and malaria vaccines. Ideal candidates will be experienced in human and or mouse B cell biology and use of the following approaches including high-parameter flow cytometry, single-cell
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gene editing techniques. We are seeking: • One highly qualified post-doctoral researcher with proven experience in gene editing and inhibition assays applied to the malaria-causing parasite. The FAPESP
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they will focus on developing microneedle skin patches to deliver next generation malaria vaccines based on newly identified antigens and newly licensed adjuvants. The research will involve designing, testing