Waveform Analysis
These movies provide the Supplementary information for the paper Gadelha et al. (2007) Cell Motility and the Cytoskeleton 64:629-643.|
Supplementary movie 1 Fast-capture movie of freely motile Crithidia deanei during flagellar beating, recorded over a time period of 516 ms. Cell displacement speed: 31 µm s-1. Playback speed: 1/24 x real time. |
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Supplementary movie 2 Transformed fast-capture movie of Crithidia deanei. Supplementary movie 1 was transformed to remove the cell displacement, resulting in a cell that is ‘swimming on the spot’. Ruler marks are spaced by 10 µm. Playback speed: 1/24 x real time. |
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Supplementary movie 3 Transformed fast-capture movie of Crithidia fasciculata during flagellar beating. Ruler marks are spaced by 10 µm. Cell displacement speed: 70 µm s-1. Playback speed: 1/24 x real time. |
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Supplementary movie 4 Transformed fast-capture movie of Leishmania major during flagellar beating. Ruler marks are spaced by 10 µm. Cell displacement speed: 47 µm s-1. Playback speed: 1/24 x real time. |
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Supplementary movie 5 Fast-capture movie of freely motile Leishmania major during flagellar beating in which waves are initiated at points other than the flagellum end. Cell displacement speed: 26 µm s-1. Playback speed: 1/24 x real time. |
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Supplementary movie 6 Transformed fast-capture movie of Crithidia deanei during flagellar and ciliary beating. Playback speed: 1/24 x real time. |
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Supplementary movie 7 Transformed fast-capture movie of Crithidia fasciculata during flagellar and ciliary beating. Playback speed: 1/24 x real time. |
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Supplementary movie 8 Transformed fast-capture movie of Leishmania major during flagellar and ciliary beating. Playback speed: 1/24 x real time. |
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