I loved DDR growing up! I made this one for a friend I used to play DDR with all the time! Next time I want to try using a mirror for the dance mat parts. And maybe lights?! Ahhh too many ideas!! XD
30% sale going on now at the shop! Cleaning up for the new stock coming soon! ^_^
Dynamic Digital Radiography low-dose X-ray imaging technique enables visualization of anatomy in motion.
Comparison: Fluoroscopy and Dynamic Digital Radiography (DDR) are both imaging techniques that provide real-time visualization of internal body structures. However, they have some key differences:
Fluoroscopy:
Fluoroscopy uses several pulses of an X-ray beam to take real-time footage of tissues inside your body².
It provides a live "video" format image, which shows movements inside the body or of an instrument in the body¹.
Fluoroscopy, when done with contrast, can highlight the inner lining of tubular organs of the body¹.
Theoretically, fluoroscopy carries a higher risk of radiation-related risks than X-rays, as it requires serial X-rays, thus the exposure time is greater¹.
DDR is an enhanced version of a standard digital radiography system that acquires up to 15 frames per second for as long as 20 seconds³.
It results in a maximum of 300 X-ray images with a dose equivalent to about two standard X-rays³.
With DDR, radiation is lower than fluoroscopy or CT, and it requires a shorter exam time than MRI³.
DDR is not fluoroscopy, but rather the X-ray precursor to CT or MRI¹.
In summary, while both techniques provide real-time imaging, DDR offers the advantage of lower radiation exposure and faster exam times compared to fluoroscopy.