File:Species-Specific-Adaptations-of-Trypanosome-Morphology-and-Motility-to-the-Mammalian-Host-ppat.1005448.s023.ogv
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Species-Specific-Adaptations-of-Trypanosome-Morphology-and-Motility-to-the-Mammalian-Host-ppat.1005448.s023.ogv (Ogg Theora video file, length 17 s, 576 × 334 pixels, 182 kbps, file size: 376 KB)
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[edit]DescriptionSpecies-Specific-Adaptations-of-Trypanosome-Morphology-and-Motility-to-the-Mammalian-Host-ppat.1005448.s023.ogv |
English: Slow motion sequence of T . vivax IL 2136 waveform in a homogeneous PDMS-pillar array. In this video a persistent swimming T. vivax cell is shown in slow motion (0,006x original speed), in order to visualise single flagellar waves. When the plane of the flagellar beat is oriented in registration with the plane of the pillar walls, the cell body can effectively use the resistive force of adjacent pillars, to propel itself with high velocities through the channels lined by the pillar rows in the array. |
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Source | S22 Video from Bargul J, Jung J, McOdimba F, Omogo C, Adung’a V, Krüger T, Masiga D, Engstler M (2016). "Species-Specific Adaptations of Trypanosome Morphology and Motility to the Mammalian Host". PLOS Pathogens. DOI:10.1371/journal.ppat.1005448. PMID 26871910. PMC: 4752354. | ||
Author | Bargul J, Jung J, McOdimba F, Omogo C, Adung’a V, Krüger T, Masiga D, Engstler M | ||
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![]() ![]() This file is licensed under the Creative Commons Attribution 4.0 International license.
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 06:08, 29 February 2016 | 17 s, 576 × 334 (376 KB) | Open Access Media Importer Bot (talk | contribs) | Automatically uploaded media file from Open Access source. Please report problems or suggestions here. |
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Short title | Slow motion sequence of T . vivax IL 2136 waveform in a homogeneous PDMS-pillar array. |
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Author | Bargul J, Jung J, McOdimba F, Omogo C, Adung’a V, Krüger T, Masiga D, Engstler M |
Usage terms | http://creativecommons.org/licenses/by/4.0/ |
Image title | In this video a persistent swimming T. vivax cell is shown in slow motion (0,006x original speed), in order to visualise single flagellar waves. When the plane of the flagellar beat is oriented in registration with the plane of the pillar walls, the cell body can effectively use the resistive force of adjacent pillars, to propel itself with high velocities through the channels lined by the pillar rows in the array. |
Software used | Xiph.Org libtheora 1.1 20090822 (Thusnelda) |
Date and time of digitizing | 2016-02-12 |