How Cardiac T2* Works

1. Patient Referred

The patient will be asked to hold their breath during a 15 second MRI Scan performed at one of our validated Cardiac T2* clinics.

2. DICOMs Transferred

The DICOM files are securely transmitted via FAST to the Resonance Health Core Lab.

3. Analysis Performed

Analysis and quality checks are performed by a team of highly skilled physicists from our Core Lab.

Click to enlarge example report

4. Results Returned

Results are generated within 2 business days and transmitted securely back to the physician via FAST.

How HepaFatScan® Works

1. Patient Referred

The patient undergoes a 2 minute MRI Scan at one of our validated HepaFat-Scan® clinics.

2. DICOMs Transferred

The DICOM files are securely transmitted via FAST to the Resonance Health Core Lab.

3. Analysis Performed

Analysis and quality checks are performed by a team of highly skilled physicists from our Core Lab.

Click to enlarge example report

4. Results Returned

Results are generated within 2 business days and transmitted securely back to the physician via FAST.

How LiverSmart® Works

1. Patient Referred

The patient undergoes a 10 minute MRI Scan at one of our validated FerriSmart® clinics.

2. DICOMs Transferred

The DICOM files are securely transmitted via our FAST portal.

3. Analysis Performed

Analysis performed by our FerriSmart® and HepaFatSmart® AI Powered engines.

Click to enlarge example report

4. Results Returned

Results are generated in real time and transmitted securely back to the physician via FAST.

How HepaFatSmart® Works

1. Patient Referred

The patient undergoes a 2 minute MRI Scan at one of our validated HepaFatSmart® clinics.

2. DICOMs Transferred

The DICOM files are securely transmitted via our FAST portal.

3. Analysis Performed

Analysis performed by our A.I. Powered engine.

Click to enlarge example report

4. Results Returned

Results are generated in real time and transmitted securely back to the physician via FAST.

How FerriSmart ® Works

1. Patient Referred

The patient undergoes a 10 minute MRI Scan at one of our validated FerriSmart® clinics.

2. DICOMs Transferred

The DICOM files are securely transmitted via our FAST portal.

3. Analysis Performed

Analysis performed by our FerriSmart® AI Powered engine.

Click to enlarge example report

4. Results Returned

Results are generated in real time and transmitted securely back to the physician via FAST.

How FerriScan® Works

1. Patient Referred

The patient undergoes a 10 minute MRI Scan at one of our validated FerriScan® clinics.

2. DICOMs Transferred

The DICOM files are securely transmitted via FAST to the Resonance Health Core Lab.

3. Analysis Performed

Analysis and quality checks are performed by a team of highly skilled physicists from our Core Lab.

Click to enlarge example report

4. Results Returned

Results are generated within 2 business days and transmitted securely back to the physician via FAST.

Research and Development

Resonance Health has an active R&D program that includes current research in the following areas:

Liver Fibrosis & Inflammation

The software tool under development is an MRI based non-invasive biomarker for quantifying liver fibrosis and inflammation without additional equipment and contrast agent. 

Resonance Health has conducted a proof-of-concept (PoC) study to develop predictive model(s) of liver fibrosis and inflammation based on proprietary MRI data analysis methods using liver biopsy as the reference standard.  Initial results are promising and we are commencing an expanded PoC study targeting more balanced fibrosis gradings for further improvement of statistical power.  Following the expanded PoC, we will conduct a validation study and seek regulatory clearances in key markets.

Cardiac T2* 1.5T to 3T Calibration

With the successful expansion of FerriScan 3T, there is a demand for the availability of Cardiac T2* for 3T as a paired service with FerriScan 3T for both clinical trials as well as clinical/commercial practice.

FerriScan Shorter Acquisition (SA) Development

FerriScan currently takes about 9 minutes to complete the required 5 separate sequences. The new protocol aims to shorten this time to 1.5 -2 minutes.

Other projects in development include:

  • AI development for existing products and new ones, such as, CardiacT2*, organ volumetric quantification, radiology assistant tools and others
  • Liver R2* Development
  • Other organs of interest