Javascript must be enabled to continue!
NON-CONTRAST MR LYMPHOGRAPHY OF RARE LYMPHATIC ABNORMALITIES
View through CrossRef
Detailed imaging of the lymphatic system often requires direct injection of contrast into lymph nodes which can be technically challenging, time consuming, and produce painful stimuli. We sought to describe the use of non-contrast MR lymphography (NCMRL) for normal controls and patients with a variety of rare disorders associated with lymphatic pathologies. Two control subjects and five affected patients (decompensated Fontan circulation, central conducting lymphatic abnormality, familial lymphedema and two with Gorham-Stout disease) were studied. NCMRL images were segmented in a semi-automated fashion and the major lymphatic channels and thoracic duct (TD) highlighted for identification. Adequate imaging was available for both controls and 4/5 affected patients; the youngest patient could not be imaged given patient motion. For the two controls, the TD was seen in the expected anatomic location. For the decompensated Fontan patient, there were numerous tortuous lymphatic channels, predominantly in the upper chest and neck. For the familial lymphedema patient, a TD was not identified; instead, peripheral lymphatic collaterals near the lateral chest walls. For the first Gorham-Stout patient, the TD was enlarged with large intrathoracic lymph collections. For the second Gorham-Stout patient, there were bilateral TD with lymph collections in vertebral bodies. Using NCMRL, we were able to image normal and abnormal lymphatic systems. An important learning point is the potential need for sedation for younger patients due to long image acquisition times and fine resolution of the structures of interest.
University of Arizona
Title: NON-CONTRAST MR LYMPHOGRAPHY OF RARE LYMPHATIC ABNORMALITIES
Description:
Detailed imaging of the lymphatic system often requires direct injection of contrast into lymph nodes which can be technically challenging, time consuming, and produce painful stimuli.
We sought to describe the use of non-contrast MR lymphography (NCMRL) for normal controls and patients with a variety of rare disorders associated with lymphatic pathologies.
Two control subjects and five affected patients (decompensated Fontan circulation, central conducting lymphatic abnormality, familial lymphedema and two with Gorham-Stout disease) were studied.
NCMRL images were segmented in a semi-automated fashion and the major lymphatic channels and thoracic duct (TD) highlighted for identification.
Adequate imaging was available for both controls and 4/5 affected patients; the youngest patient could not be imaged given patient motion.
For the two controls, the TD was seen in the expected anatomic location.
For the decompensated Fontan patient, there were numerous tortuous lymphatic channels, predominantly in the upper chest and neck.
For the familial lymphedema patient, a TD was not identified; instead, peripheral lymphatic collaterals near the lateral chest walls.
For the first Gorham-Stout patient, the TD was enlarged with large intrathoracic lymph collections.
For the second Gorham-Stout patient, there were bilateral TD with lymph collections in vertebral bodies.
Using NCMRL, we were able to image normal and abnormal lymphatic systems.
An important learning point is the potential need for sedation for younger patients due to long image acquisition times and fine resolution of the structures of interest.
Related Results
Unusual Presentation of Mixed Lymphatic Malformation: A Case Report with Literature Review
Unusual Presentation of Mixed Lymphatic Malformation: A Case Report with Literature Review
Abstract
Introduction
There is a scarcity of reports on mixed lymphatic malformation. This case highlights a child with an extensive mixed lymphatic malformation, disfiguring multi...
MICROSURGICAL METHODS OF EX VIVO EXAMINATION OF THE LYMPHATIC SYSTEM IN BREAST CANCER PATIENTS
MICROSURGICAL METHODS OF EX VIVO EXAMINATION OF THE LYMPHATIC SYSTEM IN BREAST CANCER PATIENTS
The purpose of the study was ex vivo examination of lymph node perfusion in patients with metastatic breast cancer.Material and Methods. Lymph nodes affected with metastatic breast...
Diagnosis of Lymphatic Dysfunction by Evaluation of Lymphatic Degeneration with Lymphatic Ultrasound
Diagnosis of Lymphatic Dysfunction by Evaluation of Lymphatic Degeneration with Lymphatic Ultrasound
Background:
The standard examination for diagnosing lymphedema is lymphoscintigraphy, which has a disadvantage in versatility and radiation exposure. We have re...
The Study on Lymphatic Cysts Caused by Lymphadenectomy
The Study on Lymphatic Cysts Caused by Lymphadenectomy
<i>Background</i>: Traumatic lymphatic cyst, also known as cystic lymphangioma, is a multidisciplinary disease, with congenital lymphatic cysts being mo...
Obesity‐Induced Lymphatic Valve Dysfunction
Obesity‐Induced Lymphatic Valve Dysfunction
A two‐way connection between obesity and lymphatic dysfunction has now been established. Clinical studies have demonstrated that obesity significantly increases the risk for develo...
Hydatid Disease of The Brain Parenchyma: A Systematic Review
Hydatid Disease of The Brain Parenchyma: A Systematic Review
Abstarct
Introduction
Isolated brain hydatid disease (BHD) is an extremely rare form of echinococcosis. A prompt and timely diagnosis is a crucial step in disease management. This ...
Screening Lymphatic Ultrasound to Detect Lymphatic Dysfunction
Screening Lymphatic Ultrasound to Detect Lymphatic Dysfunction
Background:
We currently perform noncontrast lymphatic ultrasound, which has a higher resolution and is less invasive than contrast lymphatic ultrasound. This s...
Change of the Lymphatic Diameter in Different Body Positions
Change of the Lymphatic Diameter in Different Body Positions
Background:
Until now, lymphatic ultrasound was performed with the patients in the prone position. The aim of this study was to evaluate the change in the lymph...

