Data associated with the manuscript "High above the rest: Standing behaviors in amoebae of <i>Sappinia </i>and <i>Thecamoeba</i>"
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Data associated with "High above the rest: Standing behaviors in amoebae of<i> </i><i>Sappinia</i> and<i> </i><i>Thecamoeba". </i><br>All molecular data and supplemental files (figures and videos) associated with this manuscript.<br><b>Supplemental Figure 1. </b><i>Thecamoeba homersimpsonii</i> strain SK13-4H amoebae (A, B, C) and nucleus (D). Doughnut behavior (E & F). Scalebar A & D are 10 µm (A-C to scale) and F is 25 µm.<br><b>Supplemental Video 1.</b><b>[SupplementalVideo1.SappiniaPick.mp4] </b>An example of a single cell pick of <i>Sappinia</i> sp. using platinum wire.<br><b>Supplemental Video 2.</b><b>[SupplementalVideo2.20220522 BF22-2A 5spf 30fps standing behavior.mp4] </b>Timelapse video of standing <i>Sappinia</i> <i>dangeardii</i> BF22-2A. Each frame was taken 5 seconds apart and compiled at 30 frames per second. Taken under transmitted light.<br><b>Supplemental Video 3.</b><b>[SupplementalVideo3.Sappinia Timelapse.BF22-2b.20220306.mp4] </b>Timelapse video of standing <i>Sappinia</i> <i>dangeardii</i> BF22-2A. Each frame was taken 5 seconds apart and compiled at 30 frames per second. Taken under transmitted light.<br><b>Supplemental Video 4.</b><b>[SupplementalVideo4.BF22Dense CultureOverview_QT.mp4] </b>Realtime video microscopy of standing <i>Sappinia</i> <i>dangeardii</i> BF22-2A on dung. Taken under reflected light.<br><b>Supplemental Video 5.</b><b>[SupplementalVideo5.Thecamoeba.Doughnut10X.realtime.mp4] </b>Realtime video microscopy of the<b> </b>doughnut formation in <i>Thecamoeba homersimpsonii </i>SK13-4B. Taken under transmitted light.<br><b>Supplemental Video 6.</b><b>[SupplementalVideo6.Polyvacuole_timeseries.Sappinia_dangeardii.40X.mp4] </b>Time series micrographs of <i>Sappinia dangeardii</i> polyvacoule formation.
