Collaboration
From IGSTK
Slicer-IGT / NCIGT / NAMIC (Boston, MA)
Key Personnel
- Noby Hata
- Haiying Liu
Project Description
- Integration of IGSTK with Slicer-IGT (OpenIGTLink)
- Image-Guided Liver RFA
Relevant links
SINTEF (Trondheim, Norway)
Key Personnel
- Frank Lindseth
- Torleif Sandnes
- Geir-Arne Tangen
- Janne Beate Lervik Bakeng
Project Description
- Adding real-time imaging capability to IGSTK ( VideoGrabber)
- Image-Guided Liver RFA
Relevant links
INSERM (Université de Rennes, France)
Key Personnel
- Pierre Jannin
Project Description
- Neurosurgical applications
Relevant links
Medizinische Univeristat (Innsbruck, Austria)
Key Personnel
- Wolfgang Freysinger
Project Description
- Endoscopic sinus surgery
- Poster at CARS 2008: "Characterization of Open4Dnav, an IGSTK-based 3D-navigation system for FESS" W. Freysinger, F. Schwarm, Z. Güler, F. Kral, G. Diakov, A. Reka, Innsbruck Medical Univ
Relevant links
Silesian University of Technology, Gliwice, Poland
Key Personnel
- Ewa Pietka
Project Description
- Laparoscopic applications
Relevant links
Ontario Cancer Institute, Princess Margaret Hospital
Key Personnel
- Jeffrey H. Siewerdsen, Ph.D. Senior Scientist, University Health Network Associate Professor, Department of Medical Biophysics, University of Toronto
Project Description
- Current focus involves C-arm cone-beam CT for image-guided surgery with streamlined integration of imaging, tracking, endoscopy, deformable registration, and visualization.
Relevant links
Neuro Engineering and Medical Robotics Laboratory, Politecnico Di Milano (Milano,Italy )
Key Personnel
- Pietro Cerveri, Research Scientist, Biomedical Engineering Department, Politecnico di Milano
Project Description
- Robot assisted keyhole neurosurgery ( ICT-2007-215190- ROBOCAST)
Relevant links
Medical Image Processing Laboratory, Vanderbilt University
Key Personnel
- J. Michael Fitzpatrick, Co-director, EECS Medical Image Processing Laboratory
- Christopher Heath
Project Description
- Use IGSTK to interface with the Claron MicronTracker and track the location of the tip of a surgical drill. The drill was then sent a message to shut off if it entered some prohibited region that was defined in a CT image.
Relevant links
