Cercare Full Neuro Suite

FDA & CE | Neuro | CT & MRI | Amplifier Partner

Amplifier Marketplace Radiology

Description of use

Perfusion application for Stroke, Oncology and Neurodegenerative diseases with fully automated and vendor agnostic processing. Perfusion maps are based on MR DSC and CT perfusion and includes SVD markers (CBV, CBF, MTT, TTP, Tmax) + Vascular Model perfusion markers (Delay, CTH, OEF, CMRO2, COV, Leakage).

We offer an automatic Stroke decision support solution with computation of MR/CT perfusion maps and delineations of infarct core and hypoperfused volumes by either thresholds method or Cercare Medical's patented AI algorithm.

In Oncology and Neurodegenerative diseases, the patented maps, such as Capillary Transit-time Heterogeneity (CTH) and Cerebral Metabolic Rate of Oxygen (CMRO2) can improve diagnosis and enable more precise monitoring of treatment effectiveness.

How is the application integrated?

  • Can the end-user read the results in IDS7: Yes
  • DICOM output: DICOM SC
  • Worklist integration: No
  • Pre-populated reports: No

Ask your Sectra representative which version of the Sectra PACS is compatible with the highlighted integration standards.

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Referring articles

The below are peer-reviewed articles that have been submitted by the AI vendor to serve as scientific validation of the application.

Other applications by this vendor

Cercare Neuro Advanced
FDA & CE | MRI
Automated perfusion processing for Oncology and Neurodegenerative diseases. Maps are based on MR DSC Perfusion and includes SVD markers (CBV, CBF, MTT, TTP, Tmax) + patented Vascular Model markers (Delay, CTH, OEF, CMRO2, COV, Leakage).
Cercare Stroke
FDA & CE | CT & MRI
Fully automated computation of MR/CT perfusion maps and automated segmentation of infarct core and hypoperfused volumes for complete Stroke decision support using the thresholds method.
Cercare Stroke Advanced
CE | CT & MRI
Stroke decision support with automated computation of MR/CT perfusion maps and automated delineations of infarct core and hypoperfused volumes. The software is using either thresholds method or Cercare Medical's unique AI algorithm.

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The application content is provided by the respective AI vendors.