Presentation is loading. Please wait.

Presentation is loading. Please wait.

Boxplots of diffusion (A and B) and perfusion (C) characteristics in brain metastases (gray), glioblastomas (white), and PCLs (dotted). Boxplots of diffusion.

Published byNeal Moore Modified over 5 years ago

Similar presentations

Presentation on theme: "Boxplots of diffusion (A and B) and perfusion (C) characteristics in brain metastases (gray), glioblastomas (white), and PCLs (dotted). Boxplots of diffusion."— Presentation transcript:

1 Boxplots of diffusion (A and B) and perfusion (C) characteristics in brain metastases (gray), glioblastomas (white), and PCLs (dotted). Boxplots of diffusion (A and B) and perfusion (C) characteristics in brain metastases (gray), glioblastomas (white), and PCLs (dotted). The solid line inside the box represents the median value, while the edges represent the 25th and 75th percentiles. Straight line (bar) on each box indicates the range of data distribution. Circles represent outliers (values >1.5 box length from the 75th and 25th percentile). The asterisk above the gray or dotted box indicates a significant difference (P < .05) for glioblastomas versus metastases or glioblastomas versus PCLs, respectively. The asterisk above a horizontal line between gray and dotted boxes indicates a significant difference (P < .05) between metastases and PCLs. S. Wang et al. AJNR Am J Neuroradiol 2011;32: ©2011 by American Society of Neuroradiology

Download ppt "Boxplots of diffusion (A and B) and perfusion (C) characteristics in brain metastases (gray), glioblastomas (white), and PCLs (dotted). Boxplots of diffusion."

Similar presentations

Bar graph showing the number of patients with respect to temporary diagnostic relief according to the 5-point patient outcome scale when interviewed 2.

Bar graph showing the number of patients with respect to temporary diagnostic relief according to the 5-point patient outcome scale when interviewed 2.
Mean fractional anisotropy in infants with normal and adverse neurologic outcomes. Mean fractional anisotropy in infants with normal and adverse neurologic.

Mean fractional anisotropy in infants with normal and adverse neurologic outcomes. Mean fractional anisotropy in infants with normal and adverse neurologic.
Chart showing the distribution of vertebral osteonecrosis at different levels. Chart showing the distribution of vertebral osteonecrosis at different levels.

Chart showing the distribution of vertebral osteonecrosis at different levels. Chart showing the distribution of vertebral osteonecrosis at different levels.
Demonstration of the creation of a patient-specific brain mold for minimizing tissue distortion during fixation. Demonstration of the creation of a patient-specific.

Demonstration of the creation of a patient-specific brain mold for minimizing tissue distortion during fixation. Demonstration of the creation of a patient-specific.
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.

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.
Vp and Ktrans parameters obtained for atypical hemangiomas and metastatic lesions from breast and lung carcinoma. Vp and Ktrans parameters obtained for.

Vp and Ktrans parameters obtained for atypical hemangiomas and metastatic lesions from breast and lung carcinoma. Vp and Ktrans parameters obtained for.
Longitudinal MWF in different brain regions for the vaginal delivery (blue) and cesarean delivery (green) groups in cohort 3. Longitudinal MWF in different.

Longitudinal MWF in different brain regions for the vaginal delivery (blue) and cesarean delivery (green) groups in cohort 3. Longitudinal MWF in different.
Sample source images (MT-weighted [MT-w], reference without saturation, T1-weighted [T1-w], and proton density–weighted [PD-w]) and a reconstructed MPF.

Sample source images (MT-weighted [MT-w], reference without saturation, T1-weighted [T1-w], and proton density–weighted [PD-w]) and a reconstructed MPF.
A 61-year-old man with brain metastases from primary lung cancer.

A 61-year-old man with brain metastases from primary lung cancer.
Line graph showing change in size over time relative to baseline CT

Line graph showing change in size over time relative to baseline CT
A, Measurement of the angle between the TS-OP line and the hard palate in the lateral scout view of the brain CT (black arrow). A, Measurement of the angle.

A, Measurement of the angle between the TS-OP line and the hard palate in the lateral scout view of the brain CT (black arrow). A, Measurement of the angle.
Receiver operating characteristic curves with statistical significance are shown. Receiver operating characteristic curves with statistical significance.

Receiver operating characteristic curves with statistical significance are shown. Receiver operating characteristic curves with statistical significance.
Scatter plots show the distribution of the complete set of cases at short TE (A) and long TE (B) by using the two first discriminant functions obtained.

Scatter plots show the distribution of the complete set of cases at short TE (A) and long TE (B) by using the two first discriminant functions obtained.
Body mass index (BMI) among subjects with normal spirometry, chronic obstructive pulmonary disease (COPD) and restrictive spirometry. Body mass index (BMI)

Body mass index (BMI) among subjects with normal spirometry, chronic obstructive pulmonary disease (COPD) and restrictive spirometry. Body mass index (BMI)
Association between white matter integrity and global neurocognitive impairment. Association between white matter integrity and global neurocognitive impairment.

Association between white matter integrity and global neurocognitive impairment. Association between white matter integrity and global neurocognitive impairment.
Serial axial T2-weighted images (2000/110/2 at treatment, 3400/100/4 at 6 months and 4000/100/3 at 10 months and 36 months after treatment) in a 52-year-old.

Serial axial T2-weighted images (2000/110/2 at treatment, 3400/100/4 at 6 months and 4000/100/3 at 10 months and 36 months after treatment) in a 52-year-old.
Workflow of the 2 presented analysis approaches: the reference Weisskoff method and the alternative tissue residue function–based method. Workflow of the.

Workflow of the 2 presented analysis approaches: the reference Weisskoff method and the alternative tissue residue function–based method. Workflow of the.
Intensity of statistical methods and reporting subdivided by the journal groups. Intensity of statistical methods and reporting subdivided by the journal.

Intensity of statistical methods and reporting subdivided by the journal groups. Intensity of statistical methods and reporting subdivided by the journal.
Longitudinal sonogram of a predominantly anechoic TDC with internal debris and thick walls (solid white arrows) below the level of the hyoid bone (black.

Longitudinal sonogram of a predominantly anechoic TDC with internal debris and thick walls (solid white arrows) below the level of the hyoid bone (black.
A side-by-side comparison of EPVS in a cognitively healthy control versus a patient with aMCI A, A coronal MR brain image of a cognitively healthy control.

A side-by-side comparison of EPVS in a cognitively healthy control versus a patient with aMCI A, A coronal MR brain image of a cognitively healthy control.

Similar presentations

Ads by Google