Media 000363532: Thin (Outer) Tooth Layer
Open Download
Type
Mesh
Modality
Synchrotron Imaging
Media represents biological specimen
Managed by
Media 000363532: Thin (Outer) Tooth Layer
Open Download
Type
Mesh
Modality
Synchrotron Imaging
Media represents biological specimen
Managed by
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Media Display
In Collections
Project
ยท Public
TAGS
GENERAL DETAILS Field Definitions
Media ID
000363532
Media type
Mesh
Object element or part
thin (outer) tooth layer
Object represented
Object taxonomy
Macrocnemus bassanii
Object organization
Side
Midline
Orientation
--
Short description
--
Full description
model units in mm, R side mirrored across midline in Blender.
These teeth were modeled in Blender, using the Mimics segmentation as a guide for the overall tooth shape. The different tooth layers were modeled by shrinking the outer tooth layer to produce tooth layers with different thicknesses, to test the effects of different amounts of enamel layers in our FEA studies.
Note that all the layers are nested within each other and combined to get the correct amounts of enamel thickness (e.g. to create the thick (~30 percent) enamel layer, the thick enamel layer and the middle and thin layers were assigned enamel material properties).
Creator
Herbst, Eva C.
Date created
--
Date uploaded
May 13, 2021
FILE OBJECT DETAILS Field Definitions
File name
Macrocnemus_thin_tooth_layer.stl
File format(s)
STL
File size
3.41 MB
Points
35840
Polygons
71424
Map type
--
UV coordinates
False
Vertex color
False
Bounding box dimensions
8.981, 21.899, 2.031
Centroid coordinates
0.000, -16.633, -1.130
Units of point coordinates
--
IMAGE ACQUISITION AND PROCESSING AT A GLANCE Field Definitions
Number of parent media
0
Number of processing events
1
(0 steps)
Modality
Synchrotron Imaging
Device
ESRF Beamline ID19, European Synchrotron Radiation Facility (European Synchrotron Radiation Facility)
OWNERSHIP AND PERMISSIONS Field Definitions
Data managed by
Data uploaded by
Publication status
Open Download
Download reviewer
IP holder
--
Copyright statement
--
Creative Commons license
Morphosource use agreement type
Standard
Permits commercial use
Commercial Use Permitted
Permits 3D use
3D Printing Permitted
Required archival of published derivatives
On Any Repository
Funding attribution
SNSF grant no. 31003A_179401
Publisher
--
Cite as
Herbst, E.C., Lautenschlager, S., Bastiaans, D., Miedema, F. and Scheyer, T.M., 2021. Modeling tooth enamel in FEA comparisons of skulls: Comparing common simplifications with biologically realistic models. Iscience, 24(11), p.103182. https://doi.org/10.1016/j.isci.2021.103182.
Media preview mode
Interactive/Embeddable
Additional usage agreement
None
IDENTIFIERS AND EXTERNAL LINKS Field Definitions
MorphoSource ARK
MorphoSource DOI
External identifier
--
External media URL
IMAGE ACQUISITION AND PROCESSING IN DETAIL
STEP 1: IMAGE ACQUISITION
Physical object
pimuz:7825:2477
was imaged to create
undeposited raw media.
IMAGING DETAILS Field Definitions
Modality
Synchrotron Imaging
Device
Device facility
European Synchrotron Radiation Facility (European Synchrotron Radiation Facility)
Creator
--
Event date
May 13, 2021
Software
--
Description
--
Description attachment
None
Reference attachment
None
STEP 2: IMAGE PROCESSING
Raw media (undeposited)
was processed
to create
derived
Media 000363532: Thin (Outer) Tooth Layer [Mesh] [Synchro] (this media).
Processing Details Field Definitions
Creator
Miedema, Feiko, Herbst, Eva C.
Event date
May 13, 2021
Software
Mimics, Blender
Description
segmented in Mimics, R side mirrored across midline in Blender.
These teeth were modeled in Blender, using the Mimics segmentation as a guide for the overall tooth shape. The different tooth layers were modeled by shrinking the outer tooth layer to produce tooth layers with different thicknesses, to test the effects of different amounts of enamel layers in our FEA studies.
Description attachment
None
Media produced by this event on MorphoSource
Media 000363532: Thin (Outer) Tooth Layer [Mesh] [Synchro] (this media)