Relationships between the AI in the subacute stage and neurologic state. Relationships between the AI in the subacute stage and neurologic state. No significant.

Slides:



Advertisements
Similar presentations
Precontrast coronal T1-weighted view shows metastatic nodules (long arrows) from breast cancer in the vicinity of the left BPL and another metastatic mass.
Advertisements

Corresponding midsagittal CT (left), MR (middle), and registered (right) images of the cervical spine show proper alignment and the relationship between.
123I/Tc-99m sestamibi subtraction scan (top left); neck sonogram in region of cystic mass (top right); axial arterial phase CT scan (bottom left); and.
Graph (box plots) shows primary tumor volumes of oral and maxillary sinus (A) and pharyngeal (B) cancers categorized at T1–T4. Graph (box plots) shows.
LV as the 2nd branch off the LS between the TA (thyroid artery) and the CA. RV indicates the right vertebral artery; RS, right subclavian artery; IA, innominate.
Line graph showing change in size over time relative to baseline CT
Receiver operating characteristic curves with statistical significance are shown. Receiver operating characteristic curves with statistical significance.
Temperature (A, C) and climate (B, D) stratified relative rates for (A, B) admission frequency and (D, E) in-hospital mortality after admission for SAH.
A, Axial source image from a contrast-enhanced MRA unambiguously demonstrates a tiny (
Results of the PE tubes phantom experiments.
Dose values for 45 patient scans with use of the high-quality protocol
Scatterplots showing significant positive correlations of FWM Glu/Cr with the Hopkins Verbal Learning Test (HVLT) delayed recall, and FWM tNAA/Cr with.
Normal schematic diagram of the aortic arch and the great vessels demonstrates the embryologic origins of the arch and its major branches. Normal schematic.
The relationship between clinical disability and quantitative susceptibility values in the putamen and thalamus across PPMS and RRMS groups. The relationship.
CT perfusion maps of MTT
Coronal gadolinium-enhanced T1-weighted image (TR/TE/NEX, 500/15/2) at the level of the foramen ovale shows a significantly enhancing V3 branch (arrow)
A 66-year-old man (T4N1M0, clinical stage IVa, patient No
T2-weighted images of a patient with an infarction within the anterior MCA branch territory on day 5 (patient 15) show high SI changes within the ipsilateral.
Bar graph of the number of averaged activated voxels (normalized to control values), as defined by increases in lactate concentration in the left frontal.
Volume of GP infarcts. Volume of GP infarcts. The range of GP infarct volumes is 9–1021 μL. Laterality of the infarcts is apparent when infarcts are segregated.
Time course analysis of the response in V1 to the M and P stimuli for a single subject. Time course analysis of the response in V1 to the M and P stimuli.
Postmyelography CTs showing (A) bilateral cervicothoracic CSF leaks without an associated meningeal diverticulum; B, Left thoracic meningeal diverticulum.
Term-born infant with a small dimple at the back and without neurologic symptoms. Term-born infant with a small dimple at the back and without neurologic.
T2-weighted, PD-weighted, FLAIR, and DWI images showing cortical abnormalities in the right parietal lobe; FLAIR and DWI also show abnormalities in the.
Myelograms demonstrate small dorsal and ventral extradural filling defects but normal delineation of nerve roots, indicating no subarachnoid abnormality.A,
3D TOF MR angiograms.A, Angiogram of the circle of Willis with the complete anterior configuration shows the AcoA (arrow).B, Angiogram of the circle of.
Images of a 37-year-old man who was a pedestrian in a traffic accident in January 1992; he was hit by an automobile while under the influence of alcohol.
Apparent diffusion coefficient versus the degree of DWMI in NPH and age-matched controls, showing significantly higher ADC (indicating higher water content)
Representative multislice MIP projections of EPVS in the subcortical brain structures and the basal ganglia of a control and a subject with aMCI. Representative.
A 7-day old neonate, the older sister of patient 1, also presented with neonatal encephalopathy.Axial fast spin-echo T2-weighted image (130/4200/1[TE/TR/NEX])
Basilar artery diameter measured with CTA in the delayed stage of SAH
Graph of neurologic scores (mean ± SD) for the moderate-severe VSPdelayed group, mild VSPdelayed group, and sham group. Graph of neurologic scores (mean.
A, Motion scores above the glottis by using “eee” phonation and breath-hold techniques. A, Motion scores above the glottis by using “eee” phonation and.
Bar graph shows the preventive effect of UV on the development of vasospasm for different irradiation time periods. Bar graph shows the preventive effect.
Relationship between the deep cervical artery and the C7 and C8 nerve roots. Relationship between the deep cervical artery and the C7 and C8 nerve roots.
Examples of tumor classifications are as follows: circumscribed, with sharp smooth borders (A); circumscribed, with sharp borders, but not smooth due to.
Differentiation of common pediatric brain tumors by quantitative 1H-MR spectroscopy. Differentiation of common pediatric brain tumors by quantitative 1H-MR.
3D angiogram shows a vertebrobasilar junction aneurysm on the bridging artery of a basilar fenestration. 3D angiogram shows a vertebrobasilar junction.
Bone algorithm CT images from the same case, demonstrating focal enlargement of the right tympanic segment, in the axial (left) and coronal (right) planes.
Linear regression analysis to test for correlation of the OsR and NR with FD parameters, MCR (%) (A and C) and pore density (1/mm2) (B and D). Linear regression.
Sagittal T1-weighted MR image of the pituitary gland in a term neonate (born at gestational week 38) obtained near term (corrected age of 39 weeks; 7 days.
Sagittal T1-weighted MR image of the pituitary gland in a preterm neonate (born at gestational week 28) obtained near term (corrected age of 39 weeks;
Box-and-whisker and Bland-Altman plots demonstrate that rCBFDC is ≤rCBFMS in suspected penumbra (TAR) regions of interest and rCBVDC is ≥rCBVMS in suspected.
Coronal T2 (A) and axial T1 FLAIR (B), T2 (C), and SWI (D) MR images of a 6-day-old boy. Coronal T2 (A) and axial T1 FLAIR (B), T2 (C), and SWI (D) MR.
MR sialographic features are not correlative to conventional sialographic features in the end stages of the disease. MR sialographic features are not correlative.
Type 1 CSF leak (SLEC-P). Type 1 CSF leak (SLEC-P). A, Schematic drawing shows the relationship of the intervertebral disc spur and a ventral dural tear.
A–C, DWI scan (A) shows acute (hyperintense) infarction in the left frontal region. A–C, DWI scan (A) shows acute (hyperintense) infarction in the left.
69-year-old woman with left hemispheric TIAs and left orbital bruit.
Top panel, An example of thick rim lesion (yellow rectangle): QSM (A1) and MWF (A2) in a patient with relapsing-remitting MS. The QSM and MWF values in.
Relationships between number and site of traumatic microbleeds and clinical and imaging parameters. Relationships between number and site of traumatic.
Scatter and box plot of midpoint measurement compared with age of subject. Scatter and box plot of midpoint measurement compared with age of subject. The.
New directions for enhanced 13C imaging of brain cancer.
Axial T2-weighted MR image shows normal flow void in the right internal jugular vein (arrows), whereas flow-related enhancement can be seen in the left.
Bar graph illustrating the rate of leak detection by CTM and MRM
Number of white streaks for the cobalt-containing alloy (upper, black lines) and titanium clips (lower, white lines) scanned in high mode (H) (open symbols,
Type 1 CSF leak (SLEC-P). Type 1 CSF leak (SLEC-P). A, Schematic drawing shows the relationship of the intervertebral disc spur and a ventral dural tear.
Receiver operating characteristic curves show the diagnostic performance of the incremental CT protocol in the detection of lacunar infarction, without.
Graph showing significant correlation of MFC in the thalamus and number of lesions in patients with relapsing-remitting MS. This trend indicates the role.
Correlation scatterplots of individual results obtained with VerifyNow versus the Multiplate (A), the Multiplate versus LTA (B), and VerifyNow versus LTA.
Scatterplots displaying the relationship between FA and age (A).
Plot of the regional homogeneity index among the CID-NI, CID-MCI, and NC groups in the identified brain regions (voxels at least 60, P < .001). a, The.
;t1Case 1. ;t1Case 1. A, CT scan, obtained on the first day of final hospital admission, shows a large left lentiform nucleus and left sylvian fissure.
Pseudoaneurysms demonstrated by femoral arteriography and sonography.
A, Comparison of the predicted venous outflow (I2) and the combined STS and SSS venous outflow (Ven). A, Comparison of the predicted venous outflow (I2)
FIG 4. Plots of the Loes scores, based on double-echo spin-echo MR images, obtained at different follow-up examinations for 22 patients with ALD. The T1-weighted.
Effects of tube voltage, filtration, and dose rate on the color difference of the indicator. Effects of tube voltage, filtration, and dose rate on the.
Visible atrophic changes after moderate TBI
Highly specific connections between the cortical lobe and thalamus.
Left, T1 spin-echo image at 1
Illustration of the point-counting technique applied to estimate hippocampal volume from MR images of a control (C, top row), patient with left-sided seizure.
Presentation transcript:

Relationships between the AI in the subacute stage and neurologic state. Relationships between the AI in the subacute stage and neurologic state. No significant (N.S.) correlations between the AI in the subacute stage and SSS score at admission were found (top left). AI in the subacute stage was significantly associated with the final SSS score at 60 days (top right), the final BI score at 60 days (bottom left), and the RI (bottom right), as the results of the nonparametric Spearman rank test indicate. Masashi Takasawa et al. AJNR Am J Neuroradiol 2002;23:189-193 ©2002 by American Society of Neuroradiology