An alternative way to use the kinect camera to estimate patient size and normalize the patient dose will be presented at the SIIM 2012.
The authors conclude that as the need for more accurate dose monitoring increases, the best surrogates for patient size are being sought. While weight and body mass index are easily obtained, they do not always provide an accurate estimate of patient size, particularly of the region of the patient being imaged. Using the preliminary results from this novel method for estimating patient size, we can work towards more accurate means of estimating patient volume. These improved estimates of patient size can ultimately be used to correct CT dose estimates to better reflect both regional and global patient body habitus as well as patient positioning within the scanner bore. Ultimately, more accurate dose estimation improves care of our radiology patients by supplementing and improving the information that radiologists and non-radiologist physicians can use to order and protocol imaging studies appropriately.
The abstract can be found here.
This blog provides information on conferences and novelties in the area of Medical Imaging Informatics (MII). MII has a broad scope ranging from the Radiology Information System and Picture Archiving and Communication System (PACS) to Advanced Visualization and Computer Aided Diagnosis (CAD). To find new opportunities in healthcare we need to look at informatics solutions in other areas to apply them into the medical field to achieve higher level healthcare at lower costs.
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