CSAT Projects and Resources
The post-2012 projects of the Thalia and Michael Carlos and Alfred A. Davis Center for Surgical Anatomy and Technique (CSAT) are the electronic lineage of the CSAT print legacy established by former director Dr. John Skandalakis and his associates in the 1990s through the early 2000s. While CSAT's methods of dissemination now encompass the communication options of the 21st century, the center's original ethos remains unchanged: to generate tools that will teach medical students, residents, and physicians the critical role surgical anatomy plays in the operating room.
Screenshot from Surgical Anatomy of the Lung
Surgical Anatomy of the Lung App
Designed for multiple uses and settings, this app includes a lung capacity calculator that can assess patients' lung capacity after surgery; an interactive cancer staging calculator, which deploys detailed descriptions and illustrations to provide predictive analyses based on the TNM classifications system; and the Virtual Lung, a 3D anatomy viewer that allows the user to show and hide various anatomical structures and place tumors of various sizes in and around the lungs. See the app's CSAT page for production details and download links.
Anatomy of the Male Pelvis App
Originally released in 2017, Anatomy of the Male Pelvis translates the depiction of the complex organization of the region into a concise, visually engaging, easy-to-use format for teaching and training, and is available for free in Apple's iTunes store for iPad and iPhone. Users can navigate throughout the entire network of structures that comprise the male pelvic region, including the bony pelvis, pelvic floor, musculature, vessels, and connective tissue. Visit the app's CSAT page for details and links.
Surgical Anatomy of the Liver App
Surgical Anatomy of the Liver publicly initiated CSAT's new focus on electronic education, and received a 2014 Award of Excellence from the Association of Medical Illustrators shortly after its release. Intended for trainees, medical students, instructors, and anyone wanting a quick way to learn or teach liver anatomy, CSAT's first app allows users to mentally map the structure of the liver in ways that were never before possible with print illustrations or imaging studies. The liver can be rotated, sections turned on and off to understand relationships, and anatomical regions tapped to reveal labels. See the app's CSAT page for production details and download links.
CSAT's technological resources for developing tools for training and surgical planning are available to the Emory community, as is its ability to produce high-quality illustrations and imagery for use in print publications and/or 3d mediums.
CSAT has 3D printers that can create anatomical models based upon patient scans or other sources. Examples of prior printing requests include facial models for plastic surgery training and imaging phantoms of cerebral aneurysms for CT and MRI accuracy testing.
The center plans to continue expanding its media and technological arsenal for surgical anatomy education, and to make these tools available to the Emory community within certain guidelines.
To discuss projects involving biovisual work, app development, or 3D printing, Emory members should contact Andy Matlock, CSAT's medical illustrator, at 404.712.2271, email@example.com.