1731 Objectives Quantification of relative pulmonary lobar perfusion using scintigraphy is an
established procedure to estimate the expected lung function after pulmonary surgery eg in …

Preoperative quantification of (relative) pulmonary lobar perfusion fraction using
scintigraphy is established in predicting lung function after pulmonary surgery. Aim was to …

Objectives Based on previous studies, single-photon emission computed
tomography/computed tomography (SPECT/CT) has been proven more accurate and …

Rationale Pre-operative lobar function is estimated by scintigraphy in patients with
pulmonary malignancies and compromised function. This study compared the lobar …

Planar perfusion scintigraphy with 99mTc-labeled macroaggregated albumin is often used
for pretherapy quantification of regional lung perfusion in lung cancer patients, particularly …

299 Objectives: Prior to lung resection, predicting the postoperative lung function is of
paramount importance. The current practice uses planar (2D) scintigraphy. We have …

Purpose Until now, there was no single standardized regional segmentation method of
planar lung perfusion scan. We compared planar scan based two segmentation methods …

244 Objectives To investigate the clinical value of Hybrid 3D lobar quantification SPECT
lung Ventilation/Perfusion scan in predicting the remaining lung function, compared with …

Objectives: To develop methodology to predict lobar lung function based on SPECT/CT
ventilation and perfusion (V/Q) scanning in candidates for lobectomy for lung cancer …

Background In pulmonary malignancies pre-interventional 3D estimation of relative lobar
perfusion is established to predict post-interventional functional outcome particularly in …