This model shows the external anatomy of the human heart.  The annotations reflect general features of the heart, with 3D models on coronary vasculature of the heart soon to come.


The model was created from scratch in ZBrush as part of my MSc Medical Art course at the University of Dundee.  It is part of a educational resource project to aid students' learning in the vasculature of the heart, where a 3D printed model has also been created to be used as a comparison for Dundee University's Thiel Cadaver Facility, where the hearts can become quite flat during embalming. 


The project is in collaboration with Mr. Luke Reid, Lecturer in Human Anatomy at the University of Dundee, who confirmed anatomical accuracy of the model. Credit also goes to 3D4medical as my main source of reference and inspiration.

Cardiac Anatomy: External view of human heart

An anatomical studio of a standard atletic man. It is meant to include all relevant muscle shapes regarding sculpting. You can see more about this model on: 
https://www.artstation.com/artwork/LkmLk

Male Full Body Ecorche

art: https://www.artstation.com/artwork/3qGxNA

Not anatomical enough but this is such an idea (hypertrophied proportions etc)
Free to download and use! Enjoy!  :)

Human mouth detailed

Anatomical study of the human body. Now available for free download!!

Ecorche - Anatomy study

This is a 3D model of a subadult Caribbean Reef Shark (Carcharhinus perezi) that was modeled after a shark swimming underwater with the OceanX and Cape Eleuthera Institute team in January 2019.  Divers captured video of this shark swimming, and artist Robert Gutierrez used Blender and preexisting shark data to recreate this individual.  As this model was recreated from photos and other data, we make no claim that it perfectly reflects an actual shark, but we have strived to be as anatomically correct as possible.

Downloads are freely available for creative and non-profit use. To inquire about licensing, please visit **www.digitallife3d.org**.

Model 54A - Caribbean Reef Shark

This model shows the coronary arteries of the human heart.

The model was created from scratch in ZBrush as part of my MSc Medical Art course at the University of Dundee. It is part of a educational resource project to aid students’ learning in the vasculature of the heart, where a 3D printed model has also been created to be used as a comparison for Dundee University’s Thiel Cadaver Facility, where the hearts can become quite flat during embalming.

The project is in collaboration with Mr. Luke Reid, Lecturer in Human Anatomy at the University of Dundee, who confirmed anatomical accuracy of the model. Credit also goes to 3D4medical as my main source of reference and inspiration.

Cardiac Anatomy: Coronary arteries of the heart

Rough free downloadable model of a horse. Not anatomically accurate and contains only albedo map.

I do not own the original texture that's projected into the model, hence I do not recommend using this other than as a placeholder.

Attributions:
Horse picture: © Scott Smudsky at Britannica
https://www.britannica.com/animal/horse

Slightly updated horse tail to a simple mesh.

Horse free download

🚀 Enhance your 3D modeling skills with our Female Body 3D Kit! 🚀

We are excited to introduce our new Female Body 3D Kit. Perfect for 3D artists, designers, and modeling students, this kit offers:

✨ Precise Anatomical Details: Each part of the body is meticulously modeled to provide accurate anatomical references.
al for customization and integration into your projects.
xt level. Click the link below to access and download the kit now!

Female Body 3D Kit for Modeling (Blender 3D)

I made an updated version of my previous hand reference model, this time with much better topology and a more anatomically accurate form. Low-Poly and High-poly are both included in this model. This version has only 3-poles, 4-poles, and 5-poles, and consists entirely of quads, meaning no tris or ngons. The topology is optimized for games.

Hand Topology Technical Demonstration

This is a 3D animation of a subadult Shortfin Mako Shark (Isurus oxyrinchus). This is a composite shark model that was reconstructed using a combination of photographs and video from Joe Romeiro, and also referenced against a 3D photogrammetry scan of a subadult Mako shark (provided by Joshua Moyer).

We thank the Atlantic Shark Institute (Jon Dodd) and the Cape Eleuthera Institute (Nathan Robinson and Edd Brooks) for supporting and facilitating creation of the model.  Nathan Robinson is now at Oceanogràfic.

CG artist Robert Gutierrez reconstructed this shark from photographs and other information using the open-access software Blender.  As this model was recreated from photos and other data, we make no claim that it perfectly reflects an actual shark, but we have strived to be as anatomically correct as possible.

Downloads are freely available for creative and non-profit use. To inquire about licensing, please visit **www.digitallife3d.org**.

Model 62A - Shortfin Mako

Sculpted by Pierre Franqueville (Pietro Francavilla, Petrus a Francvilla), the statuette is one of the three models recorded in the collection of the Jagiellonian Library as early as 1783. Pietro Francavilla (1547–1615) was a Franco-Flemish sculptor who worked in Italy.

Écorché models were widely used by artists to practice drawing and to improve their knowledge of the human body.

Our 3D model is featured in the photorealistic 2022 Unity teaser for "Enemies" [https://youtu.be/eXYUNrgqWUU?t=20](http://), a long-anticipated digital project: [https://unity.com/demos/enemies](http://)

**For more images and further information, visit:** https://muzea.malopolska.pl/en/objects-list/2850

Localisation of the physical object: Jagiellonian University Museum Collegium Maius, Kraków, Poland

**Digitalisation: Regional Digitalisation Lab, Małopolska Institute of Culture in Kraków, Poland; “Virtual Museums of Małopolska” project**

Project Visualization (3D model + textures): Marcin Solarz

Anatomical figure – écorché

Digital replica of a neck vertebra from a dog (*Canis lupus familiaris*). This is the seventh vertebra in the vertebral column when counting down from the head and is also identified as C7, the seventh cervical vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: C7 vertebra

This model shows the cardiac veins of the human heart.

The model was created from scratch in ZBrush as part of my MSc Medical Art course at the University of Dundee. It is part of a educational resource project to aid students’ learning in the vasculature of the heart, where a 3D printed model has also been created to be used as a comparison for Dundee University’s Thiel Cadaver Facility, where the hearts can become quite flat during embalming.

The project is in collaboration with Mr. Luke Reid, Lecturer in Human Anatomy at the University of Dundee, who confirmed anatomical accuracy of the model. Credit also goes to 3D4medical as my main source of reference and inspiration.

Cardiac Anatomy: Cardiac veins of the heart

Digital replica of a bone in the vertebral column of a dog (*Canis lupus familiaris*). This vertebra is in the lower back of the dog and is  identified as L1, the first lumbar vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: L1 vertebra

Selected bones from within the skeleton of a dog (*Canis lupus familiaris*).

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.

Click on the annotated bones to access downloadable models. Individual bones are high-fidelity 3D scans that are suitable for use as anatomically-accurate teaching resources. 

The 3D silhouette is 'Low poly doggy', kindly provided by Joe McDowall. Check out the original at https://sketchfab.com/models/1c8c763518ab4751bfcddf0b6a34011a

3D Dog Bone Project: Partial Dog Skeleton

Skull and neck of an adult green iguana (_Iguana iguana_, OUVC 10677), with annotations of some of the more obscure anatomical features. It was collected legally and euthanized humanely by Zoo Miami staff and provided to us for research and education. We scanned the head region on the OUµCT scanner in 2012 at a resolution of 90µm (0.090 mm). Scan data were imported into workstations running Avizo and digitally extracted the bones and soft tissues. The work on this project was done primarily by Alexandra Spaw, who at the time was an undergraduate student in Ohio University's Honors Tutorial College and now is a medical student at Ohio State University. Ryan Ridgely assembled these materials in Maya for upload here. For more 3D content on this specimen, check out the Visible Interactive Iguana site: http://bit.ly/1LzIU6x. There you’ll find 3D PDFs for download that provide comparable content to what’s here, but allowing the user more control. This model can be downloaded here as an STL.

Green Iguana skull - OUVC 10677

Here is number two in anatomical studies. Exploring the cat musculature was really challenging but a lot of fun. Also tried a different modeling workflow with eyes.

Salamander Cat

Homo erectus georgicus, the skull is dated to 1.77 million years old and it is in good condition. Museum of Natural Sciences (Brussels, Belgium). Made with CapturingReality.

The cranium was the smallest and most primitive Hominin skull ever discovered outside of Africa. In Africa, the Australopithecines and early Homo represent two distinctive evolutionary paths sharing a common ancestor. In Georgia the specimens, with a brain half the size of anatomically modern humans, were the smallest found at around 600 cm³ brain volume. The lenght is about 25 cm.

For more updates, please consider to follow me on Twitter at @GeoffreyMarchal.

Homo erectus georgicus

Digital replica of the upper skull from a dog (*Canis lupus familiaris*). 

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. Note though that the anatomical detail within the nose and foramen magnum is not well-resolved. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.3 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: Upper skull

Digital replica of the atlas from a dog (*Canis lupus familiaris*). The atlas is the vertebra in the neck that sits just behind the head and is also identified as C1, the first cervical vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: Atlas

Anatomical reference of creatures/species I'm working on for my world.

Hizathri anatomical reference - Muscles

Anatomical reference of creatures/species I'm working on for my world

Hizathri anatomical reference - Skeleton

Here is our recently completed Llama glama anatomical layout! This specimen is part of our osteology comparative collection here at the Idaho Museum of Natural History. We aren't sure where the specimen came from, as the records are incomplete, but the prep work on this specimen is rather crude. You will notice that the ribs and cranium look particularly rough, and assembling this skeleton was a tough job!

Llama glama

Sculpted by Pierre Franqueville (Pietro Francavilla, Petrus a Francvilla), the statuette is one of the three models recorded in the collection of the Jagiellonian Library as early as 1783. Pietro Francavilla (1547–1615) was a Franco-Flemish sculptor who worked in Italy.

The man, as an écorché anatomical model, is skinless so his tendons and muscles are clearly visible. Écorché models were widely used by artists to practice drawing and to improve their knowledge of the human body.

**For more images and further information, visit:** https://muzea.malopolska.pl/en/objects-list/2849

Inventory number: 3916; 19/III

Localisation of the physical object: Jagiellonian University Museum Collegium Maius, Kraków, Poland

**Digitalisation: Regional Digitalisation Lab, Małopolska Institute of Culture in Kraków, Poland; “Virtual Museums of Małopolska” project**

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