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Musculoskeletal Imaging
Emergency Imaging
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Pediatric Imaging
Training Collections
Musculoskeletal Imaging
Emergency Imaging
PET Imaging
Pediatric Imaging
1 topic, 4 min.
5 topics, 20 min.
14 topics, 1 hr. 4 min.
Dementia Imaging Case Review Introduction
2 m.Alzheimer's Disease plus Cerebral Amyloid Angiopathy (CAA)
8 m.Alzheimer’s Disease in 86 yo with Memory Loss
8 m.Alzheimer’s Disease in 73 yo with Memory Loss
3 m.Alzheimer’s Disease in 72 yo with Memory Loss
6 m.Vascular Dementia in 81 yo with Sudden Onset Memory Loss
4 m.Vascular Dementia, Alzheimer's, and Amyloid Angiopathy
6 m.Dementia with Lewy Bodies (DLB) in 73 yo
10 m.Frontotemporal Dementia (FTD) in 74 yo patient
5 m.Logopenic Progressive Aphasia (LPA) in 55 yo
1 m.Logopenic Progressive Aphasia (LPA) in 48 yo
1 m.Traumatic Brain Injury and Encephalopathy
5 m.Cerebral Amyloid Angiopathy with Inflammation (CAARI)
3 m.Normal Pressure Hydrocephalus (NPH) with Alzheimer's Disease
10 m.8 topics, 31 min.
1 topic,
0:00
So now let's take a look at how dementia imaging modalities play a
0:05
critical role in helping to establish an accurate diagnosis in patients
0:09
with suspected dementia. And to do that, I'd like to review some cases.
0:14
Just before we get into the cases, a few things. We're going to be
0:18
reviewing the cases on PACS, which you as an audience will see on
0:21
your Ambra. The PETs that we'll review will be on grayscale for you.
0:26
But I'm going to summarize every case back in the PowerPoint.
0:29
And with that, you'll see color coded overlay on the PETs because I
0:34
run all PETs through a MIM neuroanalysis software, which allows me to calculate
0:38
the statistical significance of any areas of, you know, hypometabolism or
0:43
hypermetabolism in the brain. So I'll show you those in the summary images.
0:48
When you're reviewing the PETs on the Ambra, you will need to invert
0:53
the color. To do that, you click on the palette in the toolbar,
0:57
and then there's a subcategory there, and just click Invert on the subcategory
1:00
under Palette. And then also you will have access to the quantitative volumetric
1:05
reports, both NeuroQuant and icobrain in PDF format loaded onto Ambra. But
1:11
I will review those actually on my summary slide. So just know I'm
1:15
not mentioning it as I go through the PACS, but we will get
1:18
to that when I go back on the summary slides, and we'll go
1:21
through each of those together.
Interactive Transcript
0:00
So now let's take a look at how dementia imaging modalities play a
0:05
critical role in helping to establish an accurate diagnosis in patients
0:09
with suspected dementia. And to do that, I'd like to review some cases.
0:14
Just before we get into the cases, a few things. We're going to be
0:18
reviewing the cases on PACS, which you as an audience will see on
0:21
your Ambra. The PETs that we'll review will be on grayscale for you.
0:26
But I'm going to summarize every case back in the PowerPoint.
0:29
And with that, you'll see color coded overlay on the PETs because I
0:34
run all PETs through a MIM neuroanalysis software, which allows me to calculate
0:38
the statistical significance of any areas of, you know, hypometabolism or
0:43
hypermetabolism in the brain. So I'll show you those in the summary images.
0:48
When you're reviewing the PETs on the Ambra, you will need to invert
0:53
the color. To do that, you click on the palette in the toolbar,
0:57
and then there's a subcategory there, and just click Invert on the subcategory
1:00
under Palette. And then also you will have access to the quantitative volumetric
1:05
reports, both NeuroQuant and icobrain in PDF format loaded onto Ambra. But
1:11
I will review those actually on my summary slide. So just know I'm
1:15
not mentioning it as I go through the PACS, but we will get
1:18
to that when I go back on the summary slides, and we'll go
1:21
through each of those together.
Report
Faculty
Suzie Bash, MD
Medical Director of Neuroradiology
San Fernando Valley Interventional Radiology & Imaging (SFI), RadNet
Tags
Syndromes
PET
Non-infectious Inflammatory
Neuroradiology
Neuro
MRI
Idiopathic
Brain
Acquired/Developmental
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