Oncology MRi

Magnetic Resonance Imaging Diagnostic for Oncology

With over 20 years of experience in MR, GE Healthcare is the good choice of diagnosticians for advanced problem solving tools to assist in breast cancer diagnosis and staging.

High-definition MR (HDMR) :

The latest generation of our high-field MR technology, HDMR provides outstanding soft tissue contast, high specificity and sensitivity, and the processing power to handle the most data-intensive applications in breast imaging.


Features for Oncology

  • Define extend of disease prior to treatment - tumor size, multicentricity, chest wall invasion
  • Problem solve - dense breasts, indeterminate mammograms, axillary adenopathy
  • Monitor response to treatment - chemotherapy, residual disease load, recurrence at lumpectomy site


VIBRANT

VIBRANT - Bilateral breast imaging - in one study.

VIBRANT - High Definition Applications

VIBRANT, an exclusive GE technique, is a powerful new weapon in the war against beast cancer.
It enables a bilateral breast exam to be performed in both the sagittal and the axial planes with the same resolution and scan time as a single-breast MR study. With one in three breast cancer patients having undiagnosed multi-focal disease, VIBRANT provides the missing link in a comprehensive breast assessment.


Bilateral Breast Coil

Bilateral Breast Coil

Bilateral Breast Coil

GE’s exclusive 8-channel breast array coil allows lateral and medial access for MRguided biopsy, enabling clinicians to get significantly more information without inconveniencing their patients.


CADstream Image Analysis

CADstream Image Analysis

Breast MRI procedure volume is growing with a typical exam generating 800+ images.
Used in conjunction with GE’s VIBRANT breast imaging, CADstream software can reduce image processing and interpretation time significantly, while helping to improve the physician’s diagnostic confidence. CADstream software provides an efficient, standardized method for processing and interpreting this data. It highlights and color-codes suspicious areas and automatically corrects the images for patient movement.