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Data import
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| 3D DICOM from
CT
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Interactive 3D visualization of volumetric patient data from CT (Computed Tomography).
Enables detailed exploration of anatomy and pathology in virtual reality.
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| 3D DICOM from
MRI
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Interactive 3D visualization of volumetric patient data from MRI (Magnetic Resonance Imaging). Enables detailed exploration of anatomy and pathology in virtual reality.
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| 3D DICOM from
CBCT
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Interactive 3D visualization of volumetric patient data from CBCT (cone beam CT) scans. Enables detailed exploration of anatomy and pathology in virtual reality.
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NIFTI
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Support for NIFTI format, commonly used in neuroimaging research, allowing 3D visualization of brain scans and related data.
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| 4D animated echocardiography
DICOM
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Visualization of time-based 3D echocardiography data,
enabling real-time observation of heart motion and function in VR.
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| 2D ultrasound
DICOM
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Displays standard two-dimensional ultrasound scans, allowing users to view soft tissues, organs, and fetal development.
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2D echocardiography
DICOM
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Provides two-dimensional ultrasound images of the heart, facilitating detailed assessment of cardiac anatomy, wall motion, and functional performance.
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| 2D angiography
DICOM
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Displays two-dimensional contrast-enhanced X-ray images of blood vessels, supporting the evaluation of vascular flow dynamics and identification of occlusions or abnormalities.
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| 3D model formats (STL, textured OBJ,
FBX)
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Import of external 3D anatomical models for visualization and study, supporting standard file formats used in 3D modeling.
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| Video: MP4, M4V, MPEG,
AVI
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Import of external 3D anatomical models for visualization and study, supporting standard file formats used in 3D modeling.
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| PDF, JPG,
PNG
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Integration of multimedia content into VR scenes for presentations and teaching.
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PET
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Displays positron emission tomography scans, allowing visualization of metabolic and functional processes within the body.
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GLB/GLTF
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Supports loading and displaying 3D models in GLB/GLTF formats, which are optimized for efficient rendering and interactive visualization.
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4D animated
DICOM
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Displays time-based DICOM sequences as 3D animations.
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Secure peer-to-peer
upload
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Allows secure data transfer directly between devices without using the cloud.
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Multiplanar
reconstruction
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Allows users to view medical images simultaneously in axial, sagittal, and coronal planes, facilitating comprehensive analysis.
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Volume data resolution control for performance improvement on
Quest 2
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Dynamic adjustment of scan resolution to optimize performance on VR hardware.
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DICOM PUSH file import
(PC-VR)
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Import DICOM datasets through various methods, including push import (PC to VR), and export volumetric data to STL files for 3D printing or further analysis.
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Tools
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STUDENTS |
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Cutter
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Slice through 3D models to inspect internal structures.
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Teleporting
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Navigate VR environments smoothly.
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Tissue filter /
windowing
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Adjust visibility of tissues in medical imaging by density ranges.
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Compare
datasets
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Load and compare multiple scans side-by-side.
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Adjust DICOM
quality
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Allows users to modify the resolution and clarity of DICOM medical images, optimizing the balance between image detail and performance for enhanced diagnostic visualization.
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Create color
presets
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Define and save custom color mappings for different tissue types or image intensities, enhancing visual differentiation in medical scans.
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Export & import color
presets
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Save and share custom color schemes for consistent visualization.
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| Create
presets
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Save various visualization settings as presets for quick reuse and streamlined workflow.
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Capture
screenshots
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Document findings and create teaching materials.
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| Record
video
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Document findings and create teaching materials.
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Web browser in
VR
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Access and browse web content directly in virtual reality, allowing integration of online resources, research articles, or educational platforms alongside medical data in real time.
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| Undo/
redo
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Undo/Redo your last actions.
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Measure
distances
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Accurately measure linear distances between two points within 3D medical datasets.
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| Measure
angles
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Calculate angles between anatomical structures or within regions of interest.
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| Light on/off
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Toggle virtual lighting in the scene to enhance visibility and focus during DICOM exploration.
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| Drawing
tools
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Draw directly in the 3D space to highlight structures, illustrate procedures, or annotate anatomy in VR.
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| Set
markers
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Place markers on specific anatomical structures or image areas to support navigation, teaching, or collaborative analysis.
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Save and load
scenes
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Save the current VR environment, including loaded data, position, and settings, and reload it later for consistent review or teaching.
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| Measure 3D
area
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Calculate the surface area of selected anatomical structures within 3D datasets.
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Measure
volumes
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Allows users to calculate the volume of segmented anatomical structures directly within the VR environment.
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Manual masking and
selection
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Manually isolate or highlight specific anatomical regions or structures within a scan for focused analysis or segmentation.
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| Edge
filter
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Enhances image sharpness by highlighting edges of anatomical structures, improving clarity.
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Cylinder measurement
tool
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Place a virtual cylinder within 3D medical data to measure the diameter, height, and volume of tubular or cylindrical structures.
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Data export
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| DICOM to
STL
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Convert DICOM medical imaging data into 3D-printable STL files.
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Remote rendering
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STUDENTS |
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PRO |
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Remote rendering for Meta
Quest
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Enables high-resolution medical data to be rendered on a powerful remote workstation and streamed to the Meta Quest headset, delivering smooth, detailed visualization in VR without taxing the headset’s onboard performance.
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On-premise
hosting
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Run Medicalholodeck applications on local servers to maintain full control over data storage and privacy.
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PACS
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STUDENTS |
MD |
EDU |
PRO |
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PACS
connectivity
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Connect directly to hospital PACS systems to access and visualize imaging data within the VR environment.
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C-Move DICOM
operation
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Facilitates the transfer of DICOM studies from a remote PACS server to the VR system.
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DICOM tag
arguments
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Customize the way DICOM data is loaded and filtered using specific tag-based rules to tailor datasets to your needs.
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PACS DICOM download
protocol
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Use PACS protocols to securely download DICOM files directly from clinical systems into Medicalholodeck.
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