Figure 5
Figure 5. HT-dependent protein sorting into clefts may occur at parasite periphery and is not influenced by deletion of the C-terminal domain of PfSBP1. (A) Three-dimensional projections of a live infected erythrocyte expressing HT-GFPmembmyc and stained with TR-ceramide. Clefts at the periphery of the infected erythrocyte (arrows) as well as at or within the perimeter of the vacuolar parasite (empty arrowheads) are visible. (B) 0° projection of live infected erythrocyte expressing HT-GFPmembmyc in 3D7 strains with parental (top) or chromosomal deletion of pfsbp1 (bottom), viewed under GFP optics and merged with bright field. Arrows indicate that the export of HT-GFPmembmyc to cleft structures in parental 3D7 strain is not altered in parasite line with a C-terminal deletion in PfSBP1. Parasite (p) nucleus is stained with Hoechst 33342. Bar, 2 μm.

HT-dependent protein sorting into clefts may occur at parasite periphery and is not influenced by deletion of the C-terminal domain of PfSBP1. (A) Three-dimensional projections of a live infected erythrocyte expressing HT-GFPmembmyc and stained with TR-ceramide. Clefts at the periphery of the infected erythrocyte (arrows) as well as at or within the perimeter of the vacuolar parasite (empty arrowheads) are visible. (B) 0° projection of live infected erythrocyte expressing HT-GFPmembmyc in 3D7 strains with parental (top) or chromosomal deletion of pfsbp1 (bottom), viewed under GFP optics and merged with bright field. Arrows indicate that the export of HT-GFPmembmyc to cleft structures in parental 3D7 strain is not altered in parasite line with a C-terminal deletion in PfSBP1. Parasite (p) nucleus is stained with Hoechst 33342. Bar, 2 μm.

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