Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/Digital_motion_X-ray> ?p ?o }
Showing triples 1 to 31 of
31
with 100 triples per page.
- Digital_motion_X-ray abstract "Digital motion X-ray (Digital Motion X-Ray: Non-fluoroscopic)Conventional radiography is now used for the recording of motion studies. This method does not employ the use of fluoroscopy that has been is most common use of X-rays but rather uses conventional X-rays. The manner of recording a motion study is to couple an X-ray system with a digital computer and a detection system that records images in real time. Example: The A2D2, Inc. Model 1713 is a digital system that is capable of recoding static images or a dynamic sequence.Static images are recorded in a 5,000 by 4,000 pixel array with 14 bit capacity. These images are stored in the computer memory for recording and/or playback. Dynamic studies are recorded in real time at a rate of 30 frames per second with resolution of 1990 by 1200 pixels. Typically, one second of data recording is required for a complete motion study at 30 frames per second. Sophisticated software is used to automatically record the study and then to cause it to playback in a bi-directional format.Patient radiation dose is minimal over the one second time frame. Typical radiation dose is approximately 2 mSv for this one second period. Any form of joint motion can be recorded and analyzed. (DMX: Fluoroscopic) is a video-based fluoroscopy system. DMX is the next evolution of static X-ray which is coupled with digital and optic technology, allowing clinicians to view the spine and extremity articulations in real-time motion at 30 exposures per second. The procedure is performed with the patient standing and actively moving in a weight bearing position within the system. DMX allows clinicians to evaluate all 22 major ligaments of the cervical spine with up to 2,700 X-ray images. The DMX is used to find ligament damage that static films and MRI miss. The DMX is well founded X-ray based on sound scientific principles.".
- Digital_motion_X-ray wikiPageID "12328587".
- Digital_motion_X-ray wikiPageLength "5703".
- Digital_motion_X-ray wikiPageOutDegree "8".
- Digital_motion_X-ray wikiPageRevisionID "664369433".
- Digital_motion_X-ray wikiPageWikiLink Category:X-ray_instrumentation.
- Digital_motion_X-ray wikiPageWikiLink Cervical_spine.
- Digital_motion_X-ray wikiPageWikiLink Cervical_vertebrae.
- Digital_motion_X-ray wikiPageWikiLink Fluoroscopy.
- Digital_motion_X-ray wikiPageWikiLink Radiography.
- Digital_motion_X-ray wikiPageWikiLink Real-time_computer_graphics.
- Digital_motion_X-ray wikiPageWikiLink Weight-bearing.
- Digital_motion_X-ray wikiPageWikiLink Weight_bearing.
- Digital_motion_X-ray wikiPageWikiLink X-ray.
- Digital_motion_X-ray wikiPageWikiLink X-rays.
- Digital_motion_X-ray wikiPageWikiLinkText "Digital motion X-ray".
- Digital_motion_X-ray hasPhotoCollection Digital_motion_X-ray.
- Digital_motion_X-ray wikiPageUsesTemplate Template:Citation_needed.
- Digital_motion_X-ray wikiPageUsesTemplate Template:Orphan.
- Digital_motion_X-ray subject Category:X-ray_instrumentation.
- Digital_motion_X-ray type Article.
- Digital_motion_X-ray type Instrument.
- Digital_motion_X-ray type Article.
- Digital_motion_X-ray type Instrument.
- Digital_motion_X-ray comment "Digital motion X-ray (Digital Motion X-Ray: Non-fluoroscopic)Conventional radiography is now used for the recording of motion studies. This method does not employ the use of fluoroscopy that has been is most common use of X-rays but rather uses conventional X-rays. The manner of recording a motion study is to couple an X-ray system with a digital computer and a detection system that records images in real time. Example: The A2D2, Inc.".
- Digital_motion_X-ray label "Digital motion X-ray".
- Digital_motion_X-ray sameAs m.02v_gp0.
- Digital_motion_X-ray sameAs Q5276116.
- Digital_motion_X-ray sameAs Q5276116.
- Digital_motion_X-ray wasDerivedFrom Digital_motion_X-ray?oldid=664369433.
- Digital_motion_X-ray isPrimaryTopicOf Digital_motion_X-ray.