Conditions our MRI scans have found
Hepatosplenomegaly
Hepatosplenomegaly means that both the liver and the spleen are enlarged. The liver and spleen are connected via the portal vein system. When there is a problem in one organ, it can also cause a problem in the other. The causes for hepatosplenomegaly are varied, and include obesity, infection, anemia, heart failure, cirrhosis, and leukemia/lymphoma (blood cell cancers).
Focal nodular hyperplasia
Focal nodular hyperplasia (FNH) is a benign (non-cancerous) lesion that consists of liver cells surrounding a central scar. While the exact cause of FNH is unknown, it is thought to occur as a response to arterial malformations (either acquired or present at birth) within the liver. FNH is the second most prevalent liver lesion (the first being hemangioma), usually found incidentally on imaging, and typically does not cause symptoms or require treatment.
Iron overload in the liver
Iron is an important nutrient that helps the hemoglobin in blood cells carry oxygen to the body's organs and tissues. Iron overload (hemochromatosis) is a disorder in which the body has too much iron build-up. This extra iron is stored in the joints and organs; if this process is not controlled, it can cause joint and organ damage and/or failure.
Liver mass
Masses are growths in the liver. They could be harmless and benign or something more significant such as cancer (e.g. hepatocellular carcinoma).
Polycystic liver disease
Polycystic liver disease (PLD) is characterized by the presence of multiple fluid-filled liver cysts. Although a clear definition of PLD is absent, current literature defines PLD as having more than 20 liver cysts.
Riedel's lobe
The liver has two main portions - one right lobe and one left lobe. Sometimes the right lobe can have an anatomic variant where it appears to have a “tongue” that is still part of the right lobe and is called “Riedel's lobe.” It is a benign (non-cancerous) condition and no further evaluation or follow-up is needed.

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Frequently Asked Questions
Unfortunately at this time, we are unable to scan people with pacemakers. There is a risk that the MRI magnetic fields will disrupt its operation, and we don't want that.
There are many different types of implants. We will need to know more about what you have. The good news is that almost all implants are MRI-safe. There is a chance the implant will affect the images we can get from the surrounding tissues.
Yes. Almost all IUDs are MRI-safe. Regardless, we check the MRI safety of all devices. Common MRI-safe IUDs are the Mirena and the Copper T.
Yes you can. There will be extra precautions we will take to ensure your safety while in the machine, so please inform staff before entering the MRI.
Yes. This is completely safe.


