Science means segmentation. Translating visual information from one form into another with the primary purpose of gaining new understanding and insight. Anatomy is complex, from the largest bone all the way down to the barely visible vascular structures. This complexity creates demand for better medical image acquisition technology, such as cone beam scanning, and better applications of the DICOM data, to help us see the puzzle and maximize the possibilities for solving it, no matter what species of living being.
Transforming two-dimensional medical data sets acquired through CT or MRI imaging into fully volumetric 3D reconstructions has changed the way people interpret the information contained within. This means more accurate diagnoses and measurements. Better understanding of body structures and their relation to physiology. New discoveries of never-before-seen vasculatures of living beings. It is a revolution of visualization.
Pixelbeaker is making it happen.
3D Printed Canine Heart - Patent Ductus Arteriosus
Autodesk 360 Canine PDA
African Grey Parrot Head
Ball Python Heart Vasculature
Canine PDA Morphologies Vs. Normal
Elephant bones showing Rheumatoid Arthritis
Feline Cardiac Anatomy in Situ
3D Printed Surgical Simulator
Cardiovascular Surgical Trainer/Simulator
3D Printed Canine Heart
3D Printed Human Kidney
Human Heart Anatomy - Labeled
3D anatomy cutaway showing congenital heart defect
Canine Patent Ductus Arteriosus
Radiograph with 3D heart overlay
Canine Subaortic Stenosis
Radiograph with 3D overlay
Canine anatomy viewed in zSpace
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This interactive 3D model illustrates the canine venous and arterial blood volume of the heart, with skeletal structures providing reference anatomy.
The model is hosted on Sketchfab.com and is an example of educational modules created for veterinary students and science/biology instructors.
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