The Living Anatomy Program David A. Fineberg, MD.

12
The Living Anatomy Program David A. Fineberg, MD
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Transcript of The Living Anatomy Program David A. Fineberg, MD.

Page 1: The Living Anatomy Program David A. Fineberg, MD.

The Living Anatomy Program

David A. Fineberg, MD

Page 2: The Living Anatomy Program David A. Fineberg, MD.

Main Theme

It’s easier to integrate the human hand into the

development of computer interfaces than it is to try to

replicate it’s complexity with haptic technology

Page 3: The Living Anatomy Program David A. Fineberg, MD.

Project Goals

• Reproduce the experience of being in the operating room by developing advanced computer interfaces for teaching human anatomy and surgical techniques

Page 4: The Living Anatomy Program David A. Fineberg, MD.

How do we achieve this?

• Utilize the complex sensory abilities of the human hand as an interface component

• Create anatomic structures with tactile qualities similar to in-vivo human structures

• Interface these structures to the computer via position sensors

• Build a visual environment around it• Link motion of physical and virtual objects so

they are synchronized in real time

Page 5: The Living Anatomy Program David A. Fineberg, MD.

Dr. Fineberg Dr. Kesavadas

• Physical Models •Interface and Virtual Environment

Page 6: The Living Anatomy Program David A. Fineberg, MD.

How does an organ feel?It doesn’t feel like this!

Page 7: The Living Anatomy Program David A. Fineberg, MD.

Fresh Cadaver Live Surgery

Page 8: The Living Anatomy Program David A. Fineberg, MD.

Physical Model Sculpting

Page 9: The Living Anatomy Program David A. Fineberg, MD.

Modeling Organs in the Anatomy Lab

Page 10: The Living Anatomy Program David A. Fineberg, MD.

Peritoneal Cavity Cast

Page 11: The Living Anatomy Program David A. Fineberg, MD.

This is just the beginning, think of the possibilities!

Page 12: The Living Anatomy Program David A. Fineberg, MD.

Project Supported by: