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Abstract The status of very long-term retention, together with detailed brain imaging correlates, is presented in two patients with disproportionately dense retrograde amnesia. The first patient suffered a severe closed head injury and was left with dense autobiographical amnesia for events that she had experienced prior to her injury. She showed relatively(More)
UNLABELLED Three-dimensional assessment of pulmonary deposition of inhaled aerosol may be performed using SPECT. The use of aligned anatomical images enables improved accuracy of quantification and anatomical localization of deposition. METHODS Techniques of analyzing these data and their application to deposition studies of two nebulizer-generated(More)
OBJECTIVE To evaluate the relationship of early hypothermia to multiple organ failure and mortality in a prospectively-collected database of severely injured trauma patients. METHODS This prospective observational study was performed at 7 level I trauma centers over a 16-month period. Severely injured trauma patients with signs of hypoperfusion (eg, base(More)
Quantitative ultrasound is the newest noninvasive method to be accepted for assessing bone mineral in adults. Heel ultrasound measurements correlate with bone density measurements by dual X-ray absorptiometry (DXA) and predict fracture risk in adults. Far less is known about the value of calcaneus ultrasound (CUS) in children. We determine spine, femoral(More)
A taxonomic study of Gardnerella vaginalis and G. vaginalis-like coryneforms was performed in order to clarify the phylogenetic affiliation of these organisms and to improve future identification. We examined 50 strains by performing whole-cell protein and fatty acid analyses, a 16S rRNA sequence analysis, and an extensive phenotypic characterization(More)
Multimodality medical imaging enables measurement of the three-dimensional spatial distribution of a radiolabeled aerosol within the lung. Using a conceptual spatial morphological model these data may be transformed to provide information on deposition per airway generation. This methodology has been used to study the intrapulmonary deposition patterns of(More)
Planar images of known, theoretical distributions of radioaerosol in the lung have been simulated using lung models derived from magnetic resonance studies on human subjects. Total lung activity was evaluated from the simulated images together with the absolute penetration index (PI) and a relative value expressed as a fraction of that in a simulated(More)
We report a measurement of the diffractive structure function F(D)(jj) of the antiproton obtained from a study of dijet events produced in association with a leading antiproton in pp collisions at sqrt[s] = 630 GeV at the Fermilab Tevatron. The ratio of F(D)(jj) at sqrt[s] = 630 GeV to F(D)(jj) obtained from a similar measurement at sqrt[s] = 1800 GeV is(More)