NeuroShield MR Volumetry
Reduce radiologist burnout and improve patient outcomes using AI
NeuroShield is an AI-based application that provides volumetric analysis of the brain.
Empowering Possibilities: What We Can Do for You
Benefits
- Accurate, reliable quantitative results that can be longitudinally compared as well.
- Provides meaningful and relevant measures that help neurologists in diagnosis and treatment planning.
- Saves 80% of radiologists time through automation and contributes to combating radiologist burnout.
- Reduces human subjectivity.
- Accelerates diagnosis.
- Contributes to clinician's confidence in diagnosis and treatment planning.
- Accurate post processing analytics.
Why Neuroshield
- Built to provide ethnicity specific reference ranges.
- Different forms of deployment: public and private cloud as well as stand alone on-premise versions.
- Integration can be customized to PACS / RIS or modality as per customer specifications.
Performance Data:
Average Dice coeffieient: 0.91
Hausdorff distance: 3.8 mm.
How We Do It?
WE RESEARCH
InMed distinguishes itself by prioritizing extensive research, paving the way for groundbreaking advancements in healthcare innovation.
Early detection of dementia in practice using volumetry based on structural MRI
Neuroshield was able to detect atrophic changes as low as 0.55% and at the earliest age of 41 years. This study highlights that atrophic changes related to dementia are age independent and volumetry can help detect it at its earliest.
Role of Volumetric Analysis in Correlation of Gender and Atrophy in Demetia in Clinical Practice
This study highlighted that females had accelerated atrophic changes (upto 30%) and as early as 42 years whereas males showed atrophic changes (upto 17%) as late as 50 years of age. The study indicates that females are more suscpetible to early atrophic changes with higher frequency in age group of 40-50 compared to males.
Brain size matters: Comparative study between Indian and Caucasian brain and intracranial volumes
The age and gender matched comparison of Indian (group 1) and Caucasian (group 2) brain and intracranial volumes (ICV) showed significant differences. The average volumes for Indian were 1122.48 ml (whole brain) and 1339.75 m. (ICV) as compared to 1222.58 mil (whole brain) and 1482.87 ml (ICV) in Caucasians. One-way Anova for the brain and ICV were found significant at p<0.5.
White Paper
(Forthcoming)
Reforming Volumetric Brain Analysis –
A White Paper on Neuroshield:
MR Brain Volumetry’s Workflow