INTContour’s award winning segmentation algorithms support more than 60 structures
(target + OAR) from major anatomical sites.
Head & Neck
Thorax
Abdomen
Male Pelvis
Bone_Mandible
Joint_TM_L
BronchialTree
A_Aorta
Bladder
BrachialPlex_L
Joint_TM_R
Esophagus
AdrenalGland_L
Femur_Head_L
BrachialPlex_R
Larynx
Heart
AdrenalGland_R
Femur_Head_R
Brain
Lens_L
Lung_L
Esophagus
PenileBulb
Brainstem
Lens_R
Lung_R
GallBladder
Prostate
Cavity_Oral
Lobe_Temporal_L
SpinalCanal
Kidney_L
Rectum
Cochlea_L
Lobe_Temporal_R
SpinalCord
Kidney_R
SeminalVesicle
Cochlea_R
MidEar_L
Trachea
Liver
Eye_L
MidEar_R
Pancreas
Eye_R
OpticChiasm
PortalVein
Glnd_Lacrimal_L
OpticNrv_L
Spleen
Glnd_Lacrimal_R
OpticNrv_R
SplenicVein
Glnd_Submand_L
Parotid_L
Stomach
Glnd_Submand_R
Parotid_R
V_Venacava_I
InnerEar_L
Pharynx
InnerEar_R
Pituitary
Seamless Integration
INTContour provides multiple avenues for workflow incorporation, including:
Web-based access and DICOM tools
Integration with vendor APIs
INTContour's fully automated workflow identifies new studies and segments the
structures within. The resulting DICOM structure set files are automatically
pushed to a user-specified DICOM node
Customizable to Fit Your Protocols
INTContour contains built-in models, protocols, and structures for each supported
anatomical region. Users can customize each to match the practices at their respective
institutions.
Built-in models can be updated with user-provided data using incremental
learning*
Protocols can be modified to only include structures relevant to
each study
Protocol-specific structures can be manipulated morophologically, combined,
renamed, and/or removed
AI-based Segmentation Made Easy
INTContour was designed to solve one of the most time-consuming tasks in
radiation treatment planning to enable a more efficient workflow for radiation
therapy and lead to improved cancer treatments. Take a quick video tour of our
product to find out more!
*User-based model updates are intended for research purposes only at this time
