Forelimb Homology 3D Models

A collection of skeletal forelimb models from the vertebrate tree of life. These models were created using CT scans and laser scans generated for the oVert project and from various peer-reviewed studies.

3D models are available to view on Sketchfab, and editable mesh files are available for download from MorphoSource.

Forelimb skeletons from across vertebrates arranged around an evolutionary tree

Key to forelimb element ontology on Uberon, and colors with hex codes:

ElementUberon IDColorHex code
HumerusUBERON:0000976Electric blue#3157FF
RadiusUBERON:0001423Light green#D0F18D
UlnaUBERON:0001424Powder blue#84B1C8
RadioulnaUBERON:0006715Green#67BE91
CarpalsUBERON:0001435Maroon#CD4D79
CarpometacarpusUBERON:0011205Yellow#E9E963
PhalangesUBERON:0003221Pink#FFAAC9
IntermediumUBERON:0001428Gray#9A9A9A
UlnareUBERON:0002445Yellow#E9E963
RadialsUBERON:2101586Maroon#CD4D79
Mesomere (fin)UBERON:4200160Pink#FFAAC9
Fin raysUBERON:4500007Purple#A96CC9

Individual forelimb models

Peer-reviewed sources

Tiktaalik, Sauripterus, and Australian lungfish
Stewart, TA, Lemberg, JB, Taft, NK, Yoo, I, Daeschler, EB, and Shubin, NH.
"Fin ray patterns at the fin-to-limb transition."
Proceedings of the National Academy of Sciences 117, no. 3 (2020): 1612-1620.

Coelacanth
Mansuit, R, Clément, G, Herrel, A, Dutel, H, Tafforeau, P, Santin, MD, and Herbin, M.
"Development and growth of the pectoral girdle and fin skeleton in the extant coelacanth Latimeria chalumnae."
Journal of Anatomy 236, no. 3 (2020): 493-509.

Tapir
Maclaren, JA and Nauwelaerts, S.
"A three-dimensional morphometric analysis of upper forelimb morphology in the enigmatic tapir (Perissodactyla: Tapirus) hints at subtle variations in locomotor ecology"
Journal of Morphology 277 (2016):1469-1485

Donkey
MacLaren, JA.
"Biogeography a key influence on distal forelimb variation in horses through the Cenozoic"
Proceedings of The Royal Society B 288:20202465.

Funding

The oVert Thematic Collections Network: NSF DBI-1701714
The Non-Clinical Tomography Users Research Network (NoCTURN): NSF Award ID 2226184

Software used to create models

Segmentation: Avizo and VG Studio Max
Mesh editing: Meshlab and Blender