Cross-sectional imaging, such as an axial or coronal magnetic resonance imaging scan, helps medical professionals visualize and diagnose adrenal issues.Īdrenal gland MRI for inspecting adrenal adenomas is safe and highly effective. The fat surrounding the adrenal glands supports adrenal imaging by providing contrast enhancement to adrenal masses. An adrenal glands protocol is a set of MRI sequences that assess indeterminate lesions in the adrenal glands. Differentiation between adrenal lesions is crucial to oncology patients, as it directly affects prognosis and treatment. MRI is used to both diagnose and differentiate between malignant and benign adrenal lesions, also known as adrenal adenomas. A radiologist may inject a contrast enhancement dye into the patient to enhance the imaging results. It utilizes magnetic fields and gradient-echo sequences to generate images of body structures and provide characterization of adrenal masses.Īdrenal glands and adrenal lesions are well-visualized in abdominal MRI scans. What an MRI of the Adrenal Glands IsĪn MRI of the adrenal glands involves using magnetic resonance imaging to scan the patient’s abdomen and examine adrenal masses. Magnetic Resonance Imaging (MRI) scans, among other imaging modalities, are helpful in monitoring and diagnosing adrenal masses such as adenomas before they become malignant.

Functional (activated) adrenal adenomas are usually benign, although some are capable of becoming cancerous. But when excessive or inhibited hormone production by these tiny organs occurs, a multitude of health issues may arise.īenign tumors in the adrenal glands, called adrenal adenomas, have the potential to cause disruptions in the endocrine system (which regulates all biological processes in your body).

The two adrenal glands, located just above your kidneys, work hard to secrete and regulate vital hormones in your body.

Where are your adrenals located