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We were approached to create medical software. IRIS is a state-of-art cross-platform research application that can be used to bring advanced neuroimaging research applications to real-time diagnoses. The software aggregates cutting edge MRI data processing pipelines that include Structural MRI, Functional MRI and Molecular level MRI data. It allows users to load and compare various research studies, specifically to identify and study critical regions of interest within the fetal brain and provide data denoting growth of the developing brain longitudinally over the gestational age.
IRIS
Our team has developed one of the world’s largest and most sophisticated fetal MRI databases of normal brain growth and development for each gestational week, beginning from week 16 of pregnancy through week 40 (end of gestation/birth). This software provides advanced diagnostic tools for early diagnosis and better surveillance that will ultimately lead to decreased mortality, preterm birth, and improved child health and outcomes in pregnancies by developing a dedicated platform that will offer real-time, fetal-neonatal brain MRI diagnostic capabilities to support timely, more precise and better-informed decision making for clinicians.
Past and Future
To obviate the task of manually managing intermediate data within a script, IRIS will automatically manage and simultaneously pass data between programs. Once a user has created a pipeline within IRIS, it can be saved to a personal library and be reused in other workflows created with intuitive drag and drop functionality.
The Result
IRIS is capable of presenting raw anatomical/structural MRI images in a simplistic interpretable, user-friendly manner. IRIS is currently being validated with manually processed results from a large database of normative fetal & neonatal brain MRI studies and our preliminary results show highly consistent and reproducible findings.