CASMIL: a comprehensive software/toolkit for image-guided neurosurgeries.
BACKGROUND
CASMIL aims to develop a cost-effective and efficient approach to monitor and predict deformation during surgery, allowing accurate, and real-time intra-operative information to be provided reliably to the surgeon.


METHODS
CASMIL is a comprehensive Image-guided Neurosurgery System with extensive novel features. It is an integration of various modules including rigid and non-rigid body co-registration (image-image, image-atlas, and image-patient), automated 3D segmentation, brain shift predictor, knowledge based query tools, intelligent planning, and augmented reality. One of the vital and unique modules is the Intelligent Planning module, which displays the best surgical corridor on the computer screen based on tumor location, captured surgeon knowledge, and predicted brain shift using patient specific Finite Element Model. Also, it has multi-level parallel computing to provide near real-time interaction with iMRI (Intra-operative MRI). In addition, it has been securely web-enabled and optimized for remote web and PDA access.


RESULTS
A version of this system is being used and tested using real patient data and is expected to be in use in the operating room at the Detroit Medical Center in the first half of 2006.


CONCLUSIONS
CASMIL is currently under development and is targeted for minimally invasive surgeries. With minimal changes to the design, it can be easily extended and made available for other surgical procedures.
Kaur
Gulsheen
G
Computer-assisted Surgery Laboratory, Wayne State University, Detroit, MI, USA. gkaur@med.wayne.edu
Tan
Jun
J
Alam
Mohammed
M
Chaudhary
Vipin
V
Chen
Dingguo
D
Dong
Ming
M
Eltahawy
Hazem
H
Fotouhi
Farshad
F
Gammage
Christopher
C
Gong
Jason
J
Grosky
William
W
Guthikonda
Murali
M
Hu
Jingwen
J
Jeyaraj
Devkanak
D
Jin
Xin
X
King
Albert
A
Landman
Joseph
J
Lee
Jong
J
Li
Qing Hang
QH
Lufei
Hanping
H
Morse
Michael
M
Patel
Jignesh
J
Sethi
Ishwar
I
Shi
Weisong
W
Yang
King
K
Zhang
Zhiming
Z
D000465:Algorithms; D001921:Brain / Q000601:surgery*; D003196:Computer Graphics; D006801:Humans; D007090:Image Interpretation, Computer-Assisted / Q000379:methods*; D038361:Neuronavigation / Q000379:methods*; D012371:Robotics / Q000379:methods*; D012984:Software; D012985:Software Design; D013382:Subtraction Technique; D014584:User-Computer Interface