Tomography and reconstituted slice images of internal structure of <i>Mycoplasma mobile</i> gliding machinery analyzed by negative staining electron tomography
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<p><em>Mycoplasma mobile,</em> a parasitic bacterium glides by a special mechanism. We isolated and analyzed the gliding machinery by electron tomography. Here, we share tomography and reconstructed structures, as explained below.</p>
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<p><strong>Movie 1.</strong> Electron Tomography of isolated internal structures. Single images every 3° tilt series from −60° to +60° are assembled. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Visualization of Isolated Gliding Machinery” and Figs. 2A, 2D, 2E, 2F, and 2G in the below RELATED MATERIAL.</p>
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<p><strong>Movie 2. </strong>Slice movie of isolated internal structure reconstructed from a tilt series. Slice images 75.2 nm high are stacked for 50 slices. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Visualization of Isolated Gliding Machinery” and Fig. 2A and 2D–2G in the below RELATED MATERIAL.</p>
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<p><strong>Movie 3. </strong>Slice movie of isolated internal structure reconstructed from a tilt series. Slice images 76.7 nm high are stacked for 51 slices. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Visualization of Isolated Gliding Machinery” and Figs. 2B in the below RELATED MATERIAL.</p>
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<p><strong>Movie 4.</strong> Slice movie of isolated internal structure reconstructed from a tilt series. Slice images 10.8 nm high are stacked for 67 slices. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Visualization of Isolated Gliding Machinery” and Figs. 2C in the below RELATED MATERIAL.</p>
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<p><strong>Movie 5.</strong> Slice movie of isolated internal structure reconstructed from a tilt series. Slice images 81.2 nm high are stacked for 54 slices. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Bell Structure” and Figs. 3A–3F in the below RELATED MATERIAL.</p>
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<p><strong>Movie 6. </strong>Slice movie of isolated internal structure reconstructed from a tilt series. Slice images 67.7 nm high are stacked for 45 slices. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Bell Structure” and Fig. 3G in the below RELATED MATERIAL.</p>
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<p><strong>Movie 7.</strong> Slice movie of chemically fixed and isolated internal structure reconstructed from a tilt series. Slice images 153.4 nm high are stacked for 102 slices. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Bell Structure” and Figs. 4A–4F in the below RELATED MATERIAL.</p>
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<p><strong>Movie 8.</strong> Slice movie of isolated internal structure reconstructed from a tilt series. Slice images 90.2 nm high are stacked for 60 slices. Horizontal edge of movie is 1540 nm. The movie corresponds to the Results section: “Bell Structure” and Figs. 4G–4I in the below RELATED MATERIAL.</p>
Funding
Three types of motility mechanisms in pathogenic bacteria, class Mollicutes