Animation may be considered the act of creating the illusion of movement through the use of still images, with its origins in artworks that are thousands of years old. An early example is a Persian pottery bowl from the 3rd millennium BC with five images painted around it that illustrate a goat leaping up to graze on a tree. An Egyptian mural from 2,000 BC features images seen below of two men in a wrestling match (© Wikipedia).
Twenty-five years ago I used animation to illustrate how the leg muscles function during human locomotion. In the image below left, you will see how this has been accomplished with an animated GIF file. Then, five years ago at CapeRay we compared slot-scanning geometry for digital X-rays with a flat panel detector and loaded the video onto YouTube.
There are at least five companies that focus on the creation of animations for the medical device industry. These include: Infuse Medical, which specialises in cardiovascular and orthopaedic implants; Ghost Productions, which created an animation of a transcatheter aortic valve; Nucleus, which produced an animated video of a cervical spacer; High Impact, which demonstrated the proper use of an optical trocar; and Advids, which created a 3D video of a baby monitor that provides peace of mind to parents.
In our own field of breast imaging, digital breast tomosynthesis (DBT) lends itself to animation, enabling the radiologist to scroll through the different tissue layers, while Hologic, the leading manufacturer of DBT systems, has produced an animated movie to explain their technology to patients. Delphinus has produced a video that describes their automated breast ultrasound system called SoftVue, while at CapeRay we have just embarked on the production of a 3D animated movie to highlight the benefits of our dual-modality Aceso system. Now that’s an idea worth bringing to life!