https://dicect.com/ Website that has a collection of resources, blog posts, and papers relating to diceCT. Some notable papers listed on the webpage include: Gignac, Paul M., Nathan J. Kley, Julia A. Clarke, Matthew W. Colbert, Ashley C. Morhardt, Donald Cerio, […]
DigiMorph
By UTCT, University of Texas https://www.digimorph.org/index.phtml The Digital Morphology library is a dynamic archive of information on digital morphology and high-resolution X-ray computed tomography of biological specimens.
Spatial Archaeometry Research Collaborations (SPARC) Teaching Resources for microCT (University of Arkansas)
By Manon Wilson, University of Arkansas https://github.com/castuofa/sparc_microct Educational resources including CT Data analysis and visualization focused on the field of archaeology.
3D Think Game by ERSUCC
By Isaac Brown, David Dunand, John Misiaszek, Samuel Pennell https://ersucc.itch.io/3d-think Test your spatial reasoning with this puzzle game inspired by tomography!
Gray’s Colors of Skull Anatomy
By Jaimi Gray, UTCT, University of Texas http://www.graysvertebrateanatomy.com/work/colorsofskullanatomy/ Standardized color scheme for rendering skulls.
SlicerMorph
By SlicerMorph Team, Murat Maga, Adam Summers, and Doug Boyer https://slicermorph.github.io/ Github page for 3D Slicer plugin that streamlines data import, visualization, measurement, annotation, and geometric morphometric analysis on 3D data, including volumetric scans (CTs and MRs) and 3D surface […]
3D Slicer Training
By 3D Slicer https://www.slicer.org/wiki/Documentation/Nightly/Training 3D Slicer’s Wiki page of tutorials.
Seattle Children’s Research Institute
By Murat Maga, Seattle Children’s Research Institute https://faculty.washington.edu/maga/SCRI_MicroCT/ Facility Website that offers CT scanning services, hosts mouse CT Data for download, 3D Visualizations, and other useful documents.
Forelimb homology 3D model collection
By Jaimi Gray, UTCT, University of Texas http://www.graysvertebrateanatomy.com/work/forelimbhomology/ A collection of colorized skeletal forelimb models from the vertebrate tree of life.