Tumor relapse was detected by physical examination of the tumor site and regional lymph node and by computed tomography scan of lungs by the standard procedure.
Space-time scans of lung condemnations during the entire study period revealed five statistically significant clusters (Table 6, Figure 7).
Hemodynamics, respiratory function and computer tomography (CT) scans of lung and brain were followed over a four-hour period.
Contrast-enhanced dynamic computed tomography (CT) scans of lung cancers provide non-invasive quantitative information regarding perfusion patterns that can be used for the differential diagnosis between malignant and benign pulmonary lesions[ 1 7].
Standard, 5-mm thick images were used for rapid evaluation by the radiologist and for reviewing by the referring physician, while thinner slices were used for multiplanar imaging of vessels, bone (ribs and spine), and for high-resolution scanning of lung and liver lesions.
Twenty-four hours after injury, we measured the effects of treatments on arterial blood gases, wet/dry lung weight (W/D), CT scan analysis of lung collapse, neutrophils, TNFα and CXCL1 in bronchoalveolar lavage, and plasma PTX3.
This likely led to poorer effects on oxygenation and wet/dry ratios and no improvement in the CT scan analysis of lung collapse as well as no decrease in inflammatory cells and acute-phase primary cytokines in the BAL.
This choice of antimicrobial therapy was influenced by the severity of her infection, including altered mental status demonstrated by listlessness, and CT scan findings of lung ischemia.
For example, in one study (inspired by the gorilla experiment), researchers asked radiologists to examine a set of CT scans of lungs for anomalous nodules.
Tile scans of lungs were analyzed in LAS-AF; the amount of DsRed+ and eGFP+ metastases was counted manually, and the ratio eGFP/DsRed was determined.
