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. 2015 Oct 9;10(10):e0140736. doi: 10.1371/journal.pone.0140736

Correction: 3D Topography of the Young Adult Anal Sphincter Complex Reconstructed from Undeformed Serial Anatomical Sections

Yi Wu, Noshir F Dabhoiwala, Jaco Hagoort, Jin-Lu Shan, Li-Wen Tan, Bin-Ji Fang, Shao-Xiang Zhang, Wouter H Lamers
PMCID: PMC4599863  PMID: 26451834

There file names for S3 Fig, S4 Fig, S5 Fig, S6 Fig, S7 Fig and S8 Fig are incorrectly switched. There is also an error in the caption for S2 Fig. Please see the corrected file names and captions for S2–S8 Figs below.

S2 Fig. The Amira software interface.

The segmentation procedure and the color code of the structures identified are shown. The same color code is used to label these structures in Figs 1–4 and S3 Fig.

(TIF)

S3 Fig. Interactive 3D rendering of the topographic anatomy of the female pelvic floor.

The reconstruction (see “interactive 3D-pdf topography of ASC.pdf”), which is based on 46 structures identified in the CVH5 specimen, can be moved with the left mouse button and changed in size with the right mouse button. Structures can be activated or removed, or made transparent via the “Model Tree” option (shown on left side of image and activated via a right click in the image). Note that the levator ani muscle has a single anterior head, so that the division between the anterior portion of the pubovisceral and puborectal muscles is arbitrary and introduced only because of the requirements of the reconstruction program.

(TIF)

S4 Fig. Serial sections 1–93 of the lesser pelvis of specimen CVH5.

These sections were used to build the reconstruction shown in S3 Fig.

(TIF)

S5 Fig. Images of sections shown in Fig 1 without contours.

All Figures were magnified 1.3-fold. The panel labels are retained.

(PDF)

S6 Fig. Images of sections shown in Fig 2 without contours.

All Figures were magnified 1.3-fold. The panel labels are retained.

(PDF)

S7 Fig. Images of sections shown in Fig 3 without contours.

All Figures were magnified 1.3-fold. The panel labels are retained.

(TIF)

S8 Fig. Images of sections shown in Fig 4 without contours.

All Figures were magnified 1.3-fold. The Spanel labels are retained.

(TIF)

Reference

Associated Data

This section collects any data citations, data availability statements, or supplementary materials included in this article.

Supplementary Materials

S2 Fig. The Amira software interface.

The segmentation procedure and the color code of the structures identified are shown. The same color code is used to label these structures in Figs 1–4 and S3 Fig.

(TIF)

S3 Fig. Interactive 3D rendering of the topographic anatomy of the female pelvic floor.

The reconstruction (see “interactive 3D-pdf topography of ASC.pdf”), which is based on 46 structures identified in the CVH5 specimen, can be moved with the left mouse button and changed in size with the right mouse button. Structures can be activated or removed, or made transparent via the “Model Tree” option (shown on left side of image and activated via a right click in the image). Note that the levator ani muscle has a single anterior head, so that the division between the anterior portion of the pubovisceral and puborectal muscles is arbitrary and introduced only because of the requirements of the reconstruction program.

(TIF)

S4 Fig. Serial sections 1–93 of the lesser pelvis of specimen CVH5.

These sections were used to build the reconstruction shown in S3 Fig.

(TIF)

S5 Fig. Images of sections shown in Fig 1 without contours.

All Figures were magnified 1.3-fold. The panel labels are retained.

(PDF)

S6 Fig. Images of sections shown in Fig 2 without contours.

All Figures were magnified 1.3-fold. The panel labels are retained.

(PDF)

S7 Fig. Images of sections shown in Fig 3 without contours.

All Figures were magnified 1.3-fold. The panel labels are retained.

(TIF)

S8 Fig. Images of sections shown in Fig 4 without contours.

All Figures were magnified 1.3-fold. The Spanel labels are retained.

(TIF)


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