Page 24 - Booth Guide 2017 FINAL
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Events



                                          Future Technology E-Learnings


                                      Friday, December 1
                                      11:20-11:30 AM
                                      SST03-06 | Room: E451B
                                      Pulmonary Function Diagnosis Based on
                                      Temporal Changes in Lung Density with Dynamic
                                      Flat-Panel Detector (FPD) Imaging: An Animal-
                                      Based Study

                                      X-ray translucency of the lungs changes with
                                      respiration. This is caused by relative increases and
                                      decreases in the volume of the lung vessels and
                                      bronchi per unit lung volume; pulmonary function can
                                      be evaluated based on temporal changes in the image
                                      density of the lung regions. The aim of the present
                                      study was to investigate the diagnostic performance of
                                      dynamic chest radiography for pulmonary function
                                      diagnosis based on respiratory changes in lung
                                      density.

                                      Sunday, November 26 - Friday, December 1
                                      All Day | Room: NA | Digital Education Exhibit
                                      CH147-ED-X: Dynamic Chest Radiography for
                                      Follow-Up Assessment of Diaphragm Movement

                                      To understand the fundamental observations, imaging
                                      procedures, and diagnostic performances of dynamic
                                      flat-panel (FPD) based chest radiography for follow-up
                                      assessment of diaphragm movement .



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