CME CTC Training Course Schedule
Prior:
- Long Island, NY, April 2004
- New York, NY, July 2004
- Ft. Lauderdale, May 2005
- New York, NY, September 2005
- Miami, FL, December 2006
- New York, NY, October 2007
- Victoria, BC, Canada, November 2007
- Victoria, BC, Canada, May 2008
- Chicago, IL, August 2008
- Chicago, IL August 2009
Future:
Contact Wendi George at 713-965-0566 or email:
"vct (at) meetingmanagers.com"
Course Overview:
This 2 day course conducted by Drs. Pickhardt and Kim
covers the effective appliation of 3D Virtual Colonoscopy (VC), also
referred to as CT Colonography. The course emphasis is on VC screening
using the 3D view for primary polyp detection (and 2D for confirmation),
the same innovative techniques used in the multi-center clinical trial
published in the New England Journal of Medicine. This course combines
didactic presentations with significant hands-on experience with pathology-proven
cases. You will learn to utilize the specific 3D tools and recognize
pitfalls that will result in reduction of both reading times and false
positives. Other topics include effective patient preparation, colonic
distention, extracolonic CT findings, and issues relating to program
set-up and third-party reimbursement. Frequent question and answer
sessions and one-on-one contact will allow for immediate feedback.
By the conclusion of this course, you should know the essential components
needed to run a successful VC screening program.
Target Audience:
Individuals interested in conducting colorectal cancer
screening with high quality virtual colonoscopy (VC). Target audience
includes radiologists, gastroenterologists, and CT technologists.
Course Objectives:
At the conclusion of the course, a participant should:
- Be able to implement the various components of
a complete VC examination to acquire high quality examinations
- Effectively detect polyps utilizing a primary
3D approach and characterize with 2D techniques
- Be aware of common pitfalls and problems associated
with VC interpretation
- Have completed a large number of path-proven
cases
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