News

FDA investigating risk of gadolinium contrast agent brain deposits


 

References

The Food and Drug Administration is investigating the risk of brain deposits after recurring use of gadolinium-based contrast agents for MRI, the agency announced in a statement.

Studies suggest that gadolinium-based contrast agent (GBCA) deposits may stay in the brains of patients who have four or more contrast MRI scans, though it is unknown whether these deposits cause adverse effects, the FDA said.

GBCAs are usually expelled through the kidneys, but may remain in the brain after repeated exposure. FDA’s National Center for Toxicological

Research will further investigate safety risks in consultation with researchers and industry, the statement said.

The FDA is not requiring manufacturers to change the labels of GBCA products until more information is known. The agency is, however, recommending that clinicians limit GBCA use to situations in which it would be necessary for patient care.

“Health care professionals are also urged to reassess the necessity of repetitive GBCA MRIs in established treatment protocols,” the FDA said.

Patients may report side effects and adverse events to the FDA’s MedWatch Safety Information and Adverse Event Reporting Program.

mrajaraman@frontlinemedcom.com

Recommended Reading

More coronary artery calcification seen with sedentary behavior
MDedge Family Medicine
CT scans comparable to functional testing for CAD
MDedge Family Medicine
ACP: Avoid ECG, MPI cardiac screening in low-risk patients
MDedge Family Medicine
PAS: Swallow test may raise respiratory infection risk in infants
MDedge Family Medicine
Ultrasound sign could help diagnose giant cell arteritis
MDedge Family Medicine
Obesity implicated in spinal degeneration
MDedge Family Medicine
EuroPCR: CT-derived FFR promising in evaluating chest pain
MDedge Family Medicine
Two different MRI-safe ICDs show safety, efficacy
MDedge Family Medicine
SAEM: Pelvic CT may not be needed to diagnose intra-abdominal injury in children
MDedge Family Medicine
ICM exposure associated with higher risk of thyroid dysfunction
MDedge Family Medicine