Orbital fat has short relaxation times that results in a hyperintense appearance on T1-weighted magnetic resonance imaging (MRI). Fat suppressed T1 MRI sequences are needed to remove the fat signal and better visualize the orbital anatomy, including the optic nerve. Contrast can be used with fat suppressed MRI sequences to identify active inflammation within the orbits. Incomplete fat suppression results in asymmetric artefactual hyperintensity within the orbit and does not represent true pathology. To determine whether asymmetric orbital hyperintensity represents artifact or disease, the clinician must view different slice orientations and correlate imaging with clinical findings.EECexaminationimagingmri; EXAMmriorbits; EXAMvisualfiel
We quantitatively determined the relation between the decrease in orbital fat and enophthalmos due t...
We quantitatively determined the relation between the decrease in orbital fat and enophthalmos due t...
In patients with Graves' orbitopathy, magnetic resonance imaging (MRI) is a useful tool to distingui...
Orbital fat has short relaxation times that results in a hyperintense appearance on T1-weighted magn...
To characterize an artifact related to failure of the frequency selective fat suppression (FATSAT) m...
The orbital area of 18 individuals was examined by using a combination of fat-suppression contrast-e...
tomography and magnetic resonance (MR) im-300/16/0.75–1 (repetition time/echo time/excitations),agin...
PurposeFatty acid composition of the orbit makes it challenging to achieve complete fat suppression ...
which suppresses signal from both fat and water, has been shown to be highly effective for depicting...
Fat suppression is commonly used in magnetic resonance (MR) imaging to suppress the signal from adip...
1. MRI a. T1 i. Fat Suppression 1. Fat suppression is crucial to properly visualize patholog
A series of clinical cases of orbital MRI were gathered to illustrate the possibility of pitfalls in...
Presence of fat in a lesion significantly narrows the differential diagnosis. Small quantities of ma...
This paper describes the technical aspects, characteristics and clinical applications of fat suppres...
Aliasing artifact is often occur in MRI Orbits examination on T1 SE Fat Saturation sequence sagittal...
We quantitatively determined the relation between the decrease in orbital fat and enophthalmos due t...
We quantitatively determined the relation between the decrease in orbital fat and enophthalmos due t...
In patients with Graves' orbitopathy, magnetic resonance imaging (MRI) is a useful tool to distingui...
Orbital fat has short relaxation times that results in a hyperintense appearance on T1-weighted magn...
To characterize an artifact related to failure of the frequency selective fat suppression (FATSAT) m...
The orbital area of 18 individuals was examined by using a combination of fat-suppression contrast-e...
tomography and magnetic resonance (MR) im-300/16/0.75–1 (repetition time/echo time/excitations),agin...
PurposeFatty acid composition of the orbit makes it challenging to achieve complete fat suppression ...
which suppresses signal from both fat and water, has been shown to be highly effective for depicting...
Fat suppression is commonly used in magnetic resonance (MR) imaging to suppress the signal from adip...
1. MRI a. T1 i. Fat Suppression 1. Fat suppression is crucial to properly visualize patholog
A series of clinical cases of orbital MRI were gathered to illustrate the possibility of pitfalls in...
Presence of fat in a lesion significantly narrows the differential diagnosis. Small quantities of ma...
This paper describes the technical aspects, characteristics and clinical applications of fat suppres...
Aliasing artifact is often occur in MRI Orbits examination on T1 SE Fat Saturation sequence sagittal...
We quantitatively determined the relation between the decrease in orbital fat and enophthalmos due t...
We quantitatively determined the relation between the decrease in orbital fat and enophthalmos due t...
In patients with Graves' orbitopathy, magnetic resonance imaging (MRI) is a useful tool to distingui...