4586

MRI-Based Quantitative Imaging Tool for Fetal Assessment

Joskowicz Leo, HUJI, School of Computer Science and Engineering, Computer Science

CASMIP Laboratory in cooperation with Tel Aviv Sourasky Medical Center

Category

Medicine, Radiology, Artificial Intelligence

Keywords

Fetal MRI, radiology, medical image processing, deep learning, Artificial Intelligence

Current Development Stage

Medical Device: Prototype Software

 

Application

Improve pre-natal evaluation and management based on advanced imaging and analysis

  • Enable precise diagnosis of fetal developmental disorders
  • Enable early intervention/treatment based on precise diagnosis of developmental disorders
  • Improve fetal prognosis
  • Help patients and their families in decision making during pregnancy
  • Reduce costs to patient and to the health care system

Our Innovation

We have developed automatic expert quantitative assessment of functional and structural fetal development based on custom MRI scanning protocols, including advanced image processing, methods and novel MRI biomarkers.

  • Unique MRI scanning protocols: sequences to optimize time, quality, and relevance
  • Advanced automatic image processing methods
  • Novel MRI biomarkers: morphological and functional covering a wider spectrum of conditions
  • Comprehensive MRI-based analysis: interplay between the development of the various organs, brain and placenta to ensure the analysis is more specific, sensitive and reliable
  • Automated quantitative comprehensive report generation
  • Multi exploration (morphology and functional) tool within a single examination leading to a shorter time period in which a diagnoses can be offered.

 

Technology

Based on three key components

  • Fetal MRI scanning protocol
  • Advanced fetal structures segmentation
  • Fetal MRI biomarkers

 

Opportunity

We provide a solution for accurate, quantitative, automatic, operator-independent image-based evaluation of a fetus.

  • Enable early and precise diagnosis of fetal developmental disorders: precise detection of malformation and congenital anomalies.
  • Enable early intervention/treatment based on early diagnosis of developmental disorder: optimize the time for delivery
  • Help patients and their families in decision making during pregnancy
  • Reduce costs to patient and to the health care system

 

Contact for more information:

Mel Larrosa
VP Business Development Healthcare
+972-2-6586692
Contact ME: