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3D Tumour Intelligence

GBM-004

ImagingRESEARCH MODE

Glioblastoma Penetration Study

AssetOGC-NS-321CancerGlioblastomaSubtypeIDH-wildtypeModelPatient-derived OrganoidLead ScientistDr. M. Rossi
Review DiscussionAsk OSIEL About This Study
NEURAL 3D RECONSTRUCTION ENGINE

AI MRI-to-3D Model Converter & Tumour Highlighter

Connect raw 2D MRI slices to backend volumetric AI models to reconstruct true 3D organ geometry with sub-voxel tumour highlighter masking.

2 MRI imagesSelect slice to model
Color:
Initializing 3D Tumour Engine...
Three.js 3D Model • OSIEL-Biomed3D v2.8 (Volumetric UNet + Isosurface Converter)Left-drag to rotate • Right-drag to pan • Scroll to zoom

Scan & Model Information

Source File
T1-Gd_Axial_Brain_Lesion.dcm
File Size
2.34 MB
Backend AI Model
OSIEL-Biomed3D v2.8 (Volumetric UNet + Isosurface Converter)
Confidence Score
98.1%

Volumetric Segment

Globular
Tumour Volume36.25 cm³
Max 3D Diam44.6 mm
RAS Centroid(0.7, -13.2, 0.6) mm
Sphericity0.85
Tissue Sub-Compartments:
Necrotic (29%) Enhancing (49%) Edema
  • Hyper-intense lesion segmented at spatial coordinates (X: +0.7mm, Y: -13.2mm, Z: +0.6mm).
  • Total volumetric mass measured at 36.25 cm³ (36,251 mm³) with maximum 3D Feret diameter of 44.6 mm.
  • Multi-parametric decomposition indicates prominent active enhancing rim (49%) encasing a central necrotic core (29%).
  • Peritumoral hyper-intensity suggests moderate vasogenic edema extending ~6.9 mm into adjacent parenchyma.
  • Deep learning segmentation model (OSIEL-Biomed3D) reached 98% detection confidence with a Dice similarity coefficient of 0.951.
Compare treatment response

Imaging Sessions

Acquisition history · select a session

Session IDStudySampleTreatmentTimepointModalityInstrumentImagesQCOperator
GBM-004GBM-004-R2Drug BDay 7BrightfieldResearch microscope36PassedImaging Core
GBM-004GBM-004-R1ControlDay 7FluorescenceResearch microscope28Needs ReviewDr. J. Patel
GBM-004GBM-004-R3Drug ADay 3Z-stackResearch microscope48PassedImaging Core
GBM-004GBM-004-R2Drug BDay 0BrightfieldResearch microscope14PassedImaging Core

Scientific Imaging Viewer

Illustrative acquisition preview · no real processing

100%
Illustrative tumour microscopy image; not diagnostic or measurement-grade
ILLUSTRATIVE IMAGEScale: recorded metadata

Image Metadata

IMG-GBM004-017

ModalityBrightfield
TimepointDay 7
TreatmentDrug B
ReplicateR2
ScaleRecorded metadata
InstrumentResearch microscope
QCPassed
Image Count36

Study Context

Current scientific record

StageImaging
QCNeeds Review
ProtocolOG-PROT-ORG-012
Images92
Last Updated2026-10-01

Current Attention

Research review queue

Imaging review pendingNeeds Review QC status requires confirmation
Research data · human review required.