Supplementary Material 1

Supplementary Material 2

Additional file 1. Individual radiomics features for the free-breathing and data-driven gating PET/CT data sets. Individual radiomics features values for the free-breathing (flow) and data-driven gating (DDG) PET/CT reconstruction of each pulmonary lesion. The radiomics features table is the output from the QuantImage platform (see Cid et al. (2017)).

Abstract Background Quality and reproducibility of radiomics studies are essential requirements for the standardisation of radiomics models. As recent data-driven respiratory gating (DDG) [18F]-FDG has shown superior diagnostic performance in lung cancer, we evaluated the impact of DDG on the reproducibility of radiomics features derived from [18F]-FDG PET/CT in comparison to free-breathing flow (FB) imaging. Methods Twenty four lung nodules from 20 patients were delineated. Radiomics features were derived on FB flow PET/CT and on...

Additional file 1. Individual radiomics features for the free-breathing and data-driven gating PET/CT data sets. Individual radiomics features values for the free-breathing (flow) and data-driven gating (DDG) PET/CT reconstruction of each pulmonary lesion. The radiomics features table is the output from the QuantImage platform (see Cid et al. (2017)).

Additional file 2. Differences and concordance among free-breathing and data-driven gating PET/CT for all radiomics features. The relative difference in percentage (DIFF%) and the concordance bias coefficient (Cb) are presented for each of the 141 radiomics features as derived from the QuantImage Excel output (see Cid et al. (2017)).

Supplementary Material 3

Supplementary Material 4

Abstract Background Safe medication management for older adults after hospital discharge requires a well-coordinated, interprofessional, patient-centered approach. This study aimed to describe the perceived needs for collaborative medication management for older adults taking several different medications at home after hospital discharge. Methods A qualitative descriptive study was conducted using semi-structured interviews with older adults (n = 28), informal (n = 17), and professional caregivers (n = 13). Results Findings revealed four main needs: older adults...

Additional file 2. Differences and concordance among free-breathing and data-driven gating PET/CT for all radiomics features. The relative difference in percentage (DIFF%) and the concordance bias coefficient (Cb) are presented for each of the 141 radiomics features as derived from the QuantImage Excel output (see Cid et al. (2017)).

Additional file 3. Differences and concordance among free-breathing and data-driven gating PET/CT for all radiomics features calculated separately based on pulmonary lesions localisation. The relative difference in percentage (DIFF%) and the concordance bias coefficient (Cb) are presented for each of the 141 radiomics features derived separately on each group “superior” and “inferior” depending on their anatomical localisation: lesions in the superior lobes versus the inferior regions. Non-reproducible features are marked with a star.

Additional file 4. Differences and concordance among free-breathing and data-driven gating PET/CT for all radiomics features calculated separately based on pulmonary lesions size. The relative difference in percentage (DIFF%) and the concordance bias coefficient (Cb) are presented for each of the 141 radiomics features derived separately on two lesions groups “big” and “small” depending on their long-axis length < or > median. Non-reproducible features are marked with a star.

Additional file 4. Differences and concordance among free-breathing and data-driven gating PET/CT for all radiomics features calculated separately based on pulmonary lesions size. The relative difference in percentage (DIFF%) and the concordance bias coefficient (Cb) are presented for each of the 141 radiomics features derived separately on two lesions groups “big” and “small” depending on their long-axis length < or > median. Non-reproducible features are marked with a star.

Abstract Background Quality and reproducibility of radiomics studies are essential requirements for the standardisation of radiomics models. As recent data-driven respiratory gating (DDG) [18F]-FDG has shown superior diagnostic performance in lung cancer, we evaluated the impact of DDG on the reproducibility of radiomics features derived from [18F]-FDG PET/CT in comparison to free-breathing flow (FB) imaging. Methods Twenty four lung nodules from 20 patients were delineated. Radiomics features were derived on FB flow PET/CT and on...

Supplementary Material 1

Supplementary Material 2

Supplementary Material 3

Supplementary Material 4

Abstract Background Safe medication management for older adults after hospital discharge requires a well-coordinated, interprofessional, patient-centered approach. This study aimed to describe the perceived needs for collaborative medication management for older adults taking several different medications at home after hospital discharge. Methods A qualitative descriptive study was conducted using semi-structured interviews with older adults (n = 28), informal (n = 17), and professional caregivers (n = 13). Results Findings revealed four main needs: older adults...

Background: Patients with neuromuscular disease develop progressively inspiratory and expiratory muscle weakness and can also present impaired glottic function. Airway obstruction is the result of secretion retention and it is known that respiratory insufficiency is the most common cause of death in this population. Therefore, it is important to main clear airways. At some point, the active participation of the patient is not possible due to muscle weakness and other options must be explored. High-frequency...

Additional file 3. Differences and concordance among free-breathing and data-driven gating PET/CT for all radiomics features calculated separately based on pulmonary lesions localisation. The relative difference in percentage (DIFF%) and the concordance bias coefficient (Cb) are presented for each of the 141 radiomics features derived separately on each group “superior” and “inferior” depending on their anatomical localisation: lesions in the superior lobes versus the inferior regions. Non-reproducible features are marked with a star.