Our MRIs just got faster.
At Midstate Radiology Associates, we’re now using ground-breaking imaging technology from GE Healthcare for MRIs, which provide faster scans, clearer images and leave you with less time to wonder.
What Is AIR™ Recon DL?
AIR™ Recon DL is a deep learning-based reconstruction algorithm that improves signal-to-noise ratio and image sharpness, enabling shorter MRI scan times. This technology improves image quality at the foundational level by making use of raw data to remove image noise and ringing.
The images captured with AIR™ Recon DL technology have reduced background noise for an improved signal-to-noise ratio (SNR).
The clearer, crisper images make it possible to achieve the image quality needed in the first scan to provide patients with more confident answers and clear paths forward.
Putting Patients On a Clear Path to Healing
Midstate Radiology Associates is excited to offer AIR™ Recon DL image reconstruction across 4 facilities across the state of Connecticut!
The technology brings the latest MR innovation from GE Healthcare to all your patients, offering a more comfortable exam experience, incredible image quality and faster results across a wide range of clinical imaging needs, including:
- Oncologic
- Gastrointestinal
- Musculoskeletal
- Neurologic
- Prostate
- Breast
The best time in an MRI is less time in an MRI.
Benefits of AIR™ Recon DL for Patients
Patients may experience anxiety throughout the diagnostic process, brought on by fear of a serious diagnosis, exam discomfort and lack of clarity in their path forward. Our patients deserve fast and accurate answers, with as much comfort as possible. Benefits of AIR™ Recon technology include:
- Increased confidence in your care providers due to early detection
- Significantly shorter exam times and duration spent inside the MR bore with fewer call backs
- Avoiding unnecessary biopsies and further discomfort
- Speed to appointment due to increase patient throughput across facilities
AIR™ Recon DL’s ability to deliver efficient, exceptional image quality means that our patients will spend less time worried in the MR bore.
