Difference between revisions of "DBP2:Queens"
| Line 5: | Line 5: | ||
The Queen’s & Hopkins teams are developing novel systems and procedures for prostate cancer interventions, such as biopsy and needle-based local therapies. The objective of this DBP will be professional-grade clinical software engineering of existing and upcoming functionality in Slicer. This will allow the team to focus on project specific tasks, and benefit from the Slicer's advances in IGT capability. [[DBP2:JHU:Introduction|More...]] | The Queen’s & Hopkins teams are developing novel systems and procedures for prostate cancer interventions, such as biopsy and needle-based local therapies. The objective of this DBP will be professional-grade clinical software engineering of existing and upcoming functionality in Slicer. This will allow the team to focus on project specific tasks, and benefit from the Slicer's advances in IGT capability. [[DBP2:JHU:Introduction|More...]] | ||
| + | |||
| + | Data is provided at the following link: '''[[Data:DBP2:JHU|JHU Data]]'''. | ||
= JHU Roadmap Project = | = JHU Roadmap Project = | ||
Revision as of 21:07, 23 June 2008
Home < DBP2:QueensBack to NA-MIC DBP 2
Overview of JHU DBP 2
Segmentation and Registration Tools for Robotic Prostate Interventions
The Queen’s & Hopkins teams are developing novel systems and procedures for prostate cancer interventions, such as biopsy and needle-based local therapies. The objective of this DBP will be professional-grade clinical software engineering of existing and upcoming functionality in Slicer. This will allow the team to focus on project specific tasks, and benefit from the Slicer's advances in IGT capability. More...
Data is provided at the following link: JHU Data.
JHU Roadmap Project
|
Prostate Biopsy Needle Positioning Robot IntegrationThe Queen’s/Hopkins team is developing novel devices and procedures for cancer interventions, including biopsy and therapies. Our roadmap project involves the development of an application for image-guided trans-rectal biopsy, utilizing a needle positioning robot with an integrated MRI RF coil. More... |
