DIGITAL REPOSITORY of VOUCHER SPECIMENS


Mynomes miurus (Osgood, 1901) [n = 1]			[Back to Repository]

Figure S23. Screenshot of the PSP complex in subposterior view of specimen ZIN 78436 of Mynomes miurus with landmark positions (left). Skull in lateral (top, right) and dorsal (bottom, right) view. Scale bar is 5 mm. The age group was determined with the aid of L. gregalis age attribution (see Fig. S18).

3D model of Mynomes miurus skull: ZIN 78436 (zipped PLY-file, 54.6 Mb)

Micro-CT technical information (0.17 Mb).

The models licensed under CC-BY 4.0 [Reference: Voyta & Melnikov (2024), DOI: 10.1101/2024.09.04.611334].

Segmentation obtained with Avizo 2019.1 (FEI SAS, Thermo Fisher Sci.)

This study was funded by Project No. 19-74-20110 of the Russian Scientific Foundation.

PLY files and VTK files can be opened using MorphoDig; VTK files can be combined with Mrk.json files using 3D Slicer.

Cut 3D models used for GM (zipped VTK-files and landmark files, 23.5 Mb)


Mynomes ochrogaster (Wagner, 1842) [n = 1]			[Back to Repository]

Figure S24. Screenshot of the PSP complex in subposterior view of specimen ZIN 40410 of Mynomes ochrogaster with landmark positions (left). Skull in lateral (top, right) and dorsal (bottom, right) view. Scale bar is 5 mm. The age group was determined with the aid of A. fortis age attribution (see Fig. S2).

3D model of Mynomes ochrogaster skull: ZIN 40410 (zipped PLY-file, 23.7 Mb)

Micro-CT technical information (0.17 Mb).

The models licensed under CC-BY 4.0 [Reference: Voyta & Melnikov (2024), DOI: 10.1101/2024.09.04.611334].

Segmentation obtained with Avizo 2019.1 (FEI SAS, Thermo Fisher Sci.)

This study was funded by Project No. 19-74-20110 of the Russian Scientific Foundation.

PLY files and VTK files can be opened using MorphoDig; VTK files can be combined with Mrk.json files using 3D Slicer.

Cut 3D models used for GM (zipped VTK-files and landmark files, 11.0 Mb)


Mynomes pennsylvanicus (Ord, 1815) [n = 3]			[Back to Repository]

Figure 25. Relative age groups of the analysed specimens of Mynomes pennsylvanicus: (A) ZIN 39888 (B) ZIN 74375; (C) ZIN 83753(6951). Skulls are shown in lateral (top) and dorsal (bottom) views. Scale bars are 5 mm; skulls are shown at the same scale. Key: a, temporal line.

3D model of Mynomes pennsylvanicus skull: ZIN 39888 (zipped PLY-file, 25.8 Mb)

3D model of Mynomes pennsylvanicus skull: ZIN 74375 (zipped PLY-file, 55.2 Mb)

3D model of Mynomes pennsylvanicus skull: ZIN 83753(6951) (zipped PLY-file, 58.3 Mb)

Micro-CT technical information (0.17 Mb).

The models licensed under CC-BY 4.0 [Reference: Voyta & Melnikov (2024), DOI: 10.1101/2024.09.04.611334].

Segmentation obtained with Avizo 2019.1 (FEI SAS, Thermo Fisher Sci.)

This study was funded by Project No. 19-74-20110 of the Russian Scientific Foundation.

PLY files and VTK files can be opened using MorphoDig; VTK files can be combined with Mrk.json files using 3D Slicer.

Cut 3D models used for GM (zipped VTK-files and landmark files, 72.0 Mb)


Mynomes richardsoni (DeKay, 1842) [n = 1]			[Back to Repository]

Figure S26. Screenshot of the PSP complex in subposterior view of specimen ZIN 40412 of Mynomes richardsoni with landmark positions (left). Skull in lateral (top, right) and dorsal (bottom, right) view. Scale bar is 5 mm. The age group was determined with the aid of A. fortis age attribution (see Fig. S2).

3D model of Mynomes richardsoni skull: ZIN 40412 (zipped PLY-file, 56.2 Mb)

Micro-CT technical information (0.17 Mb).

The models licensed under CC-BY 4.0 [Reference: Voyta & Melnikov (2024), DOI: 10.1101/2024.09.04.611334].

Segmentation obtained with Avizo 2019.1 (FEI SAS, Thermo Fisher Sci.)

This study was funded by Project No. 19-74-20110 of the Russian Scientific Foundation.

PLY files and VTK files can be opened using MorphoDig; VTK files can be combined with Mrk.json files using 3D Slicer.

Cut 3D models used for GM (zipped VTK-files and landmark files, 25.9 Mb)