RPS 1804 - Technological advancements in chest imaging: MRI, photon counting CT and more

Characterization of Interstitial Lung Abnormalities and Prediction of Disease Progression with MRI

Visualized quantitative evaluation of regional ventilation and perfusion in patients with COPD using MRI phase-resolved functional lung imaging (PREFUL)

AI-Enhanced 3D Gradient Echo MRI: An Alternative for Lung Nodule Detection and Assessment

Conjugate Gradient and Deep Learning Reconstructions: Utility for Lung MRI with Ultra-Short TE to Reduce Acquisition Time with Keeping Image Quality and Nodule Detection Capability

Visual analysis of dynamic oxygen-enhanced MRI (OE-MRI): Comparison with V/Q SPECT and MR perfusion in chronic thromboembolic pulmonary hypertension

Early clinical experiences for chest imaging with a new photon counting CT system combining cadmium zinc telluride detectors and super-high resolution deep-learning image reconstruction

Feasibility study on Photon-Counting CT-derived virtual non-contrast images substitute for true non-contrast images

Quantitative Lung Imaging using Ultra High-Resolution Spectral Capabilities of CZT-based Photon-Counting Detector CT: A Feasibility Study

Ultra low dose Photon Counting CT versus low dose photon counting CT in patients with cystic fibrosis

AI-based body composition analysis of COPD patients’ CT scans – a multicentric study

Artificial intelligent based automated detection of chest x-ray abnormalities as a support for young radiologists

Dark-field Chest Radiography for Pneumothorax Assessment