3D printing human tissues for medical, legal, and educational uses Jacques Eric Timothy Zaneveld Note: All models and images thereof were made by us.

Slides:



Advertisements
Similar presentations
Digital Imaging and Photo Emulsion Silkscreen
Advertisements

BRAIN RESEARCH METHODS
Hello! Hello Class..
MRI- Magnetic resonance imaging
Diagnostic Imaging Techniques & Treatments
Comp 6626 P3 Turn In Robert L. Baker, P.E. Holographic Computer Generated Image (HCGI)
Name: ………………………………………………………… Class:……………… Teacher:…………………………………………..
CLASS 9 ADVANCE RENDERING RAY TRACING RADIOSITY LIGHT FIELD CS770/870.
Inexpensive models for teaching imaging anatomy From CT to 3D for under $100 Raul Arya, MD Trevor Morrison, MD Ann Zumwalt, PhD Kitt Shaffer, MD PhD.
Quick and Easy Model Building. 3D Models Purpose: To represent the final design in a physical form that is as realistic as possible, computer- generated.
INTERPRET - 1 Voxel localized spectrum Metabolic image Morphological image Pixel profile Nosologic image Classification Color code Overview.
USING PHOTOSHOP ON PC (WINDOWS) SHORT COURSE SECTION II OFFERED BY INSTRUCTIONAL COMPUTING UNIVERSITY OF MISSOURI – ST.LOUIS.
1 Feel free to contact us at
ADC Change with Pixel Shift Joshua Kim June 12, 2009.
Proposed Approach for OPAL Workflow Sept Workflow Overview.
Introduction to Medical Imaging
By Christian Chipouras
Physical Therapy Equipment and Software Package Kayla Warren.
3D Printing Based on Imaging Data: Medical Applications Michael Twardowski 6 Nov 2013 Michael Twardowski 6 Nov 2013.
MEDICAL IMAGING.
Photoshop: Getting to Know Layers Computer Information Technology Section 7-5.
3D Desktop Printing (printer) By G.Seshu Kumar (10A25A0503)
Information Needed for Segmenting Patient-Specific Abdominal Aortic Aneurysms Using Serial CT Scan Images with Contrast By: Jaime E. Zelaya, Jr. MD/PhD.
Computers and Neurosurgery Layla Avalos. History  The use of computers in Neurosurgery began in the 1980’s.  Telemanipulators are also common in this.
Marching Cubes: A High Resolution 3D Surface Construction Algorithm William E. Lorenson Harvey E. Cline General Electric Company Corporate Research and.
How Psychologists Study the Brain
Illustrative Visualization of Segmented Human Cardiac Anatomy Based on Context-Preserving Model Kuanquan Wang, Lei Zhang, Changqing Gai, Wangmeng Zuo.
What’s in a Name One agency’s successful journey to a new name and brand.
By TG.  By using computerized patient records it reduces the risk of creating errors, a doctor will be able to take care of more patients at a time,
Progress Report: A Wearable TMS System for Ambulatory Use By: Ben Sass Group 19: Beller, Kahan, Sass Client: St. Jude Medical Date 10/25/2014.
3-D Printing UMN ME owns two of these. UMN ME owns eight of these.
By: Kristen Miller. Introduction What is a medical invention? They are machines invented to improve the life of humans. These inventions do thing that.
CSED451 Term Project Jaeyong Jeong Minsung Sung D Reconstruction of realistic cardiac geometry from medical images.
Product Design Architecture Medical Applications Engineering Computer Games and Film Research and Education Excellent part resolution Color printing No.
MEGN 536 – Computational Biomechanics
Photoshop: Getting to Know Layers Computer Information Technology Section 7-5.
AP PSYCHOLOGY: UNIT II Introductory Psychology: Biological Bases of Behavior Topic: Research Methods.
MPRAGEpre – Image Quality Quality is fairly consistent throughout subjects but there are a couple notable outliers: P003 & P025.
Advisor : Ku-Yaw Chang Speaker : Ren-Li Shen /6/12.
Medical Imaging How can we peer into body without cutting it open?
Modelling and Prototyping Aims: To be able to DESCRIBE the process of SKETCH MODELLING and BLOCK MODELLING. To be able to EXPLAIN the reasons for using.
3D Printing.  What is 3D printing?  General Principles  3D printing Methods  Applications  Challenges  Conclusion  Reference.
Level Set Segmentation ~ 9.37 Ki-Chang Kwak.
Centre For Brain & Spine Care.
Lesson Plan: Drafting and Design J6-2. What is 3D solid modeling? How do 3D solid modeling programs work?
Sectional Views Introduction Drawing Abilities Teacher © J Lewis 2004.
Introduction to Medical Imaging Jeff Benseler, D.O.
3D PRINTERS WHAT IS 3D PRINTER? 3D printing also known as additive manufacturing (AM), refers to various processes used to synthesise.
MEGN 536 – Computational Biomechanics
Poster Title Must Have a Subject and a Verb
Medical Imaging Illuminating the Body.
CT Scan vs MRI.

Medical Imaging Technologies
MEDICAL TIPS ON THE NEW CT DR AYMAN OSAMA
Canon Support Ireland Toll-Free Number:
Do Now 1. Pick up one of each slip of paper 2
ورشة عمل : لنفبرك معاً! تقديم : مها عبوش.
Magnetic Resonance Imaging
What is, and is not, considered scientific
Can you calculate the actual file size of a computer image
Function Machines – Simple – Worksheet A
Poster Title Must Have a Subject and a Verb
Compound Shapes – Area & Perimeter – Treasure Trail
Cylinder & Prism – Volume – Card Match
Sphere – Volume – Card Match
Compound Shapes – Area & Perimeter – Relay Race
Area & Perimeter – Mixed Polygons – Treasure Trail
Compound Shapes – Area – Treasure Trail
Presentation transcript:

3D printing human tissues for medical, legal, and educational uses Jacques Eric Timothy Zaneveld Note: All models and images thereof were made by us

3D Printing -Additive Manufacturing 3D Printing works by depositing tiny layers of material Any shape can be made on the same machine

3D printing workflow: the hard part is getting a good computer model Raw Data Remove unwanted tissue Raw model Render in 3D Final model Artist cleanup 3D printing Physical model

Example project: Medical malpractice lawsuit Our client wanted an easily understood life sized model of a patient injury. The patient had a spinal chord constriction leading to him being paralyzed. We agreed to make models portraying the injury.

Raw Spine data - MRI

Bone was identified by hand

The low quality data (5mm slices) lead to a blocky model

A normal spine was fit to this data to generate the final model The model was cut in half, showing the constriction (below)

The constriction in the patient’s model was clearly visible. Patient spine Healthy spine

The final print clearly shows the injury

These models are being used in an ongoing lawsuit Each model was printed in two parts to allow easy viewing of both the interior and exterior.

Many designs, colors, and sizes of objects can be constructed We can customize everything to client specifications

Inputs: – Stacks of 2D images (dicom,.png,.bmp, etc) – Mesh files (.obj,.stl) – Matlab files / raw voxel data (.mat,.nii) – 3D modeling program outputs (.blend) Output: – Any size within 21cm X 21cm X 22cm – Any color (But only one color per piece) – Resolution: better than.06mm Input / output possibilities

Ongoing projects: Printing patient brain lesions and tumors Making models of developing babies from ultrasound data Making scientific equipment

Thanks!!! Please feel free to contact me: Jacques Eric Timothy Zaneveld (541)