 at 0 years after SLT.  (TIFF)  ######   Click here for additional data file.  ###### Correlations between rate of change in native lung volume/total lung volume ratio and change in forced vital capacity %predicted.  The rate of change in the native lung volume/total lung volume (N/T) did not show a significant correlation with the rate of change in forced vital capacity %predicted (%FVC) at 0 year after single lung transplantation (SLT).  (TIFF)  ######   Click here for additional data file.  ###### Correlations between rate of change in native lung volume/total lung volume ratio and change in diffusion capacity of the lung for carbon monoxide %predicted.  The rate of change in the native lung volume/total lung volume (N/T) did not show a significant correlation with the rate of change in diffusion capacity of the lung for carbon monoxide %predicted (%DLco) at 0 year after single lung transplantation (SLT).  (TIFF)  ######   Click here for additional data file.  ###### Correlations between rate of change in native lung volume/total lung volume ratio and change in diffusion capacity of the lung for carbon monoxide/alveolar volume %predicted.  The rate of change in the native lung volume/total lung volume (N/T) did not show a significant correlation with the rate of change in diffusion capacity of the lung for carbon monoxide/alveolar volume %predicted (%DLco/VA) at 0 year after single lung transplantation (SLT).  (TIFF)  ######   Click here for additional data file.  ###### Correlations between rate of change in low attenuation volume and change in forced expiratory volume in 0 second %predicted.  The rate of change in low attenuation volume (LAV) did not show a significant correlation with the rate of change in forced expiratory volume in 0 second %predicted (%FEV0) at 0 year after single lung transplantation (SLT).  (TIFF)  ######   Click here for additional data file.  ###### Correlations between rate of change in low attenuation volume and change in forced vital capacity %predicted.  The rate of change in low attenuation volume (LAV) did not show a significant correlation with the rate of change in forced vital capacity %predicted (%FVC) at 0 year after single lung transplantation (SLT).  (TIFF)  ######   Click here for additional data file.  ###### Correlations between rate of change in low attenuation volume and change in diffusion capacity of the lung for carbon monoxide %predicted.  The rate of change in low attenuation volume (LAV) did not show a significant correlation with the rate of change in diffusion capacity of the lung for carbon monoxide %predicted (%DLco) at 0 year after single lung transplantation (SLT).  (TIFF)  ######   Click here for additional data file.  ###### Correlations between rate of change in low attenuation volume and change in diffusion capacity of the lung for carbon monoxide/alveolar volume %predicted.  The rate of change in low attenuation volume (LAV) did not show a significant correlation with the rate of change in diffusion capacity of the lung for carbon monoxide/alveolar volume %predicted (%DLco/VA) at 0 year after single lung transplantation (SLT).  (TIFF)  ######   Click here for additional data file.  ###### 