rgray222
27th January 2015, 17:27
I find this new technology particularly fascinating. The things we will be able to learn in the coming years should boggle the mind.
Computed tomography (CT) is an excellent noninvasive technique to investigate bones and soft tissue structures in a patient. Unfortunately, sometimes imaging can be difficult, as any movement from the patient can result in images that are unclear and need to be redone. This is especially difficult when dealing with patients who are young children, mentally impaired, suffering from motor disease, or are in pain. To ensure these images are clear, these challenging patients may require sedation, which is not desirable. General Electronics sought to facilitate treatment of these patients and improve the imaging process in general with the development of the Revolution CT.
http://2.bp.blogspot.com/-DaxYZN4CTwg/VMTyKjku57I/AAAAAAAAiNI/82H-lnlI5b0/s1600/CT%2Bheader.jpg
CTs use a series of X-ray scans to create ‘slices’ of the patient’s body, which are then stacked to make a complete 3D representation. Depending on what part of the body needs to be scanned, the process can take up to half an hour, which is a long time to ask someone to remain perfectly still. Revolution CT, on the other hand, is able to complete scans in the amount of time it takes for a single heartbeat to elapse. This means that even wiggly patients, or those with erratic heartbeats, can be imaged in less than one second, with no sedation required.
http://1.bp.blogspot.com/-reEi_hB1pzc/VMTyNsWtICI/AAAAAAAAiNQ/jZGdt5_DeaA/s1600/CT%2Btop%2Bof%2Bhead%2B1.jpg
http://1.bp.blogspot.com/-qjfU8IyCR7o/VMTyR2n9EtI/AAAAAAAAiNY/peuszyxA7dk/s1600/CT%2Bside%2Bof%2Bskull%2B2.gif
http://3.bp.blogspot.com/-UmKpBJ9a8d0/VMTyVbycw_I/AAAAAAAAiNg/leP7v8cCIE4/s1600/CT%2Bchest%2B3.jpg
http://4.bp.blogspot.com/-rH6tkQqgQ_Y/VMTyXwkCppI/AAAAAAAAiNo/hbuPyQlf77E/s1600/CT%2Bchest%2Bcavity%2B4.jpg
http://4.bp.blogspot.com/-ulQirtmTBq8/VMTygzWHfSI/AAAAAAAAiN4/F747lsvHuFM/s1600/CT%2Bankle%2Bwith%2Bscrews%2B6.gif
Source (http://www.shieldspirit.com/2015/01/ct-scan-images-new-generation.html)
[All images credited to: GE Healthcare]
Computed tomography (CT) is an excellent noninvasive technique to investigate bones and soft tissue structures in a patient. Unfortunately, sometimes imaging can be difficult, as any movement from the patient can result in images that are unclear and need to be redone. This is especially difficult when dealing with patients who are young children, mentally impaired, suffering from motor disease, or are in pain. To ensure these images are clear, these challenging patients may require sedation, which is not desirable. General Electronics sought to facilitate treatment of these patients and improve the imaging process in general with the development of the Revolution CT.
http://2.bp.blogspot.com/-DaxYZN4CTwg/VMTyKjku57I/AAAAAAAAiNI/82H-lnlI5b0/s1600/CT%2Bheader.jpg
CTs use a series of X-ray scans to create ‘slices’ of the patient’s body, which are then stacked to make a complete 3D representation. Depending on what part of the body needs to be scanned, the process can take up to half an hour, which is a long time to ask someone to remain perfectly still. Revolution CT, on the other hand, is able to complete scans in the amount of time it takes for a single heartbeat to elapse. This means that even wiggly patients, or those with erratic heartbeats, can be imaged in less than one second, with no sedation required.
http://1.bp.blogspot.com/-reEi_hB1pzc/VMTyNsWtICI/AAAAAAAAiNQ/jZGdt5_DeaA/s1600/CT%2Btop%2Bof%2Bhead%2B1.jpg
http://1.bp.blogspot.com/-qjfU8IyCR7o/VMTyR2n9EtI/AAAAAAAAiNY/peuszyxA7dk/s1600/CT%2Bside%2Bof%2Bskull%2B2.gif
http://3.bp.blogspot.com/-UmKpBJ9a8d0/VMTyVbycw_I/AAAAAAAAiNg/leP7v8cCIE4/s1600/CT%2Bchest%2B3.jpg
http://4.bp.blogspot.com/-rH6tkQqgQ_Y/VMTyXwkCppI/AAAAAAAAiNo/hbuPyQlf77E/s1600/CT%2Bchest%2Bcavity%2B4.jpg
http://4.bp.blogspot.com/-ulQirtmTBq8/VMTygzWHfSI/AAAAAAAAiN4/F747lsvHuFM/s1600/CT%2Bankle%2Bwith%2Bscrews%2B6.gif
Source (http://www.shieldspirit.com/2015/01/ct-scan-images-new-generation.html)
[All images credited to: GE Healthcare]