Available Until: 3/31/2019
Non-Member Price: $35.00
Member Price: $20.00
Member PLUS Price: $20.00
Once you have exceeded your annual free credit allowance you will be prompted to pay a per-credit fee.
Courses purchased using your credit allowance are non-refundable and need to be completed before their expiration date
View your annual credit allowance here.
There are charges associated with this activity that will be processed when you access the ProKnow website.
This program focuses on contouring accuracy and combines the use of education media (documents and learning movies) combined with interactive contouring and measurement of performance compared to a set of “gold” contours provided by an expert radiation oncologist. The focus of this particular training is The Pons.
Why do we focus on contouring accuracy? Technology continues to advance in the area of radiation treatment planning and delivery, promising ever-increasing dose conformality and, more recently, planning automation aimed to limit variability and increase efficiency. However, no matter what new technologies are developed, they all rely on (i.e. they assume) high accuracy in the contouring of targets and organs-at-risk (OAR). If anatomic contouring lacks in precision or accuracy, then – no matter how conformal the dose appears, or how accurate the dose calculation is proven, or how high the quality of the plan in terms of meeting objectives – the reviewed and approved plan are not real. Therefore it is necessary that each planner has the best contouring skills possible. Activity Instructions:
In order to complete this event and earn your CE credit you must click on the required ProKnow Contouring link that is in your Library. This will take you to ProKnow's Contouring Accuracy Program (CAP) main page. From there, you will see a list of structures that ProKnow has to offer. Click the "Pons" item. If you are already a Contouring Accuracy Program Subscriber, and have access to the structure (you will know this because it will say "Launch Now" next to "Pons (2018-3)" then you can go ahead and jump right in! If you are presented with a purchase dialog, follow the instructions to select your desired purchasing option and enter your payment information. Once you have completed the checkout form, click on "Order Now" to gain access to The Pons
The Background tab provides information about the structure that you can use before you begin contouring. After you have reviewed this material you can move on to the Contour and Score tab.
The Contour and Score tab is where you will be performing your contouring. You can either use ProKnow's built in contouring tool or download the CT images and upload a Structure Set created in your contouring tool of choice. Once you have finished contouring (or uploaded a valid Structure Set), click on Generate Score to submit you results. In realtime, your score will be computed, and after you have reviewed your results, you can view the learning material and training videos on the Learn tab.
The Learn tab contains education specific to this patient dataset and the structure. Look over any documents and videos.
The AAMD Transcript will host your final certificate. Once you feel that you have absorbed the knowledge and achieved a score of 75 or higher, your score will be sent from ProKnow to the AAMD website. There is no need to go to the AAMD CE Center. (Please note scores are sent every two weeks from ProKnow to the AAMD so your CE credit may not appear instantaneously). https://proknowsystems.com/contact/articles/ce_credits
Please note that if you don't obtain a passing score on your first attempt, you may go to the "Redo and Practice" tab to try again, you may use up to 3 attempts to obtain a passing score.
Faculty: Matthew Ladra, M.D., M.P.H.
Dr. Matthew Ladra is an assistant professor of radiation oncology and molecular radiation sciences at Johns Hopkins University School of Medicine. He leads the pediatric radiation oncology program at Sibley Memorial Hospital in collaboration with Children’s National Medical Center.
Dr. Ladra is a fellowship-trained pediatric radiation oncologist. He completed his radiation oncology residency at the University of Washington Medical Center in Seattle and a two-year program in pediatric proton therapy at Massachusetts General Hospital.