Congenital Heart Diseases in Virtual Reality.

Start patient-specific 3D analysis without manual segmentation or 3D printing. Discover a combination of 4D imaging and medical devices modelling powered by VR. Experience the future and unlock new levels of precise and quick simulations.

No Manual Segmentation

Automatic 3D reconstruction of any CT, MR or 3D Echo study in DICOM format. Instantaneous start of the simulation.

Library of Medical Devices

Integrated sizing sheets from major manufactures: stents with foreshortening tables, valves, VSD occluders, conduits.

Advanced Measurments

Accurate length of a line, curve, contour or value of an angle. Volume of any 3D region e.g heart ventricle.

Dynamic Studies

Full support of functional and multi-phase 4D studies to improve the realism of patient anatomy images.

Full Anatomical Context

One click to observe heart interior and vessels, implanted devices, calcifications, airways or MPR.

Report Generation

Save the configuration of medical data, devices, measurements, screenshots and share it with the team.

Created Specifically For Doctors.

Previous VR Experience is not needed.

The process is simple: import DICOM files, wear a VR headset, and begin analyzing. Every interaction, such as slicing, cutting, measuring, or customizing a stent, has been carefully considered for ease of use.

In addition to the free trial we offer a free online training to help new users maximize their experience with the software.

Try for free!

PDF Brochure

Interventions & Surgeries Workflows

Transcatheter pulmonary valve implantation

Analyze the Pulmonary Trunk in the full cardiac cycle.

Observe different anatomical contexts: vessels, hollow heart chambers, septal defects, calcified tissues

Evaluate optimal landing zone directly in 3D space

Simulate the angio view to find optimal RAO/LAO and CAUD/CRAN projections angles.

See full workflow

Coarctation of Aorta

Configure a stent with foreshortening table by selecting a specific model or design a custom one. Adjust stent’s parameters including flares.

Observe full cardiac cycle and interaction of the virtual stent with the entire context of anatomy including the airway system.

Simulate the angio view to find optimal RAO/LAO and CAUD/CRAN projections angles.

See full workflow

Sinus Venosus Defect

Customize a stent by either picking a pre-made model with a foreshortening table or creating your own design. Make necessary modifications to the stent’s size, shape, and flares.

Study the full cardiac cycle and examine how the virtual stent interacts with the entire anatomy, including the airway system.

Utilize simulation to determine the most favorable angles for RAO/LAO and CAUD/CRAN projections during the angio procedure.

See full workflow

Double outlet right ventricle (DORV)

Observe origins and connections of aorta and pulmonary and easily locate the VSD and determine its type.

Simulate different alternatives including the Blalock-Taussig shunt using conduits.

Verify simulated implants with full context anatomy including the airway system

See full workflow

Ventricular Septal Deffect

Analyze VSD in the full cardiac cycle.

Perform three dimensional measurements.

Select VSD occluder from Library of Medical devices

Simulate the angio view to find optimal RAO/LAO and CAUD/CRAN projections angles.

See full workflow

Complex Transposition Of The Great Arteries

Observe origins and connections of aorta, pulmonary trunk, pulmonary arteries and ductus arteriosus. Easily locate the VSD and its relative position to the great arteries.

Simulate different alternatives including: Blalock-Taussig shunt using conduits or Ductus arteriosus transcather stenting.

Verify simulated implants with full context anatomy including the airway system.

See full workflow

LVAD – HeartMate 3 implantation

Observe how the device fits within the heart anatomy, adjust the size of the ring.

Design the path of the outflow graft and driveline directly in 3D on a patient’s specific anatomy

Recommended by experts

Partners & Testimonials

Jenny Zablah Alabi, MD

Assistant Professor of Pediatrics, Interventional Cardiology,
Children’s Hospital Colorado, USA

“VMersive is a platform that allows quick and efficient procedural simulation with a user-friendly interface. Has multiple features that are specific for congenital heart disease with applications for surgical or percutaneous interventions..”

Michał Gałeczka, MD PhD

Paediatric cardiologist, research assistant,
Silesian Center for Heart Diseases, Zabrze, Poland

“It is an outstanding modality of visualization and procedure simulation. Three-dimensional pictures in virtual reality give insight into specific and complex anatomy of Your patient. And it takes less than 15 minutes to get the proper pictures and to simulate the procedure.”

Trusted by:

Research Publications

Computer Modeling and Virtual Reality for Stent Development and Case Planning in Congenital Heart Disease
Gareth J Morgan, MD & Jenny Zablah, MD

Frequently Asked Questions

Product

What are the hardware requiremets?

PC or laptop with recommended parameters: GPU: NVIDIA GeForce RTX 3070, CPU: Intel Core i7-10870H, Disk: SSD min. 512 GB, RAM: 16 GB DDR4, Ports: mini DisplayPort 1.4 (or DisplayPort) with the direct connection to the GPU, USB-3, Operating system: Windows 11 64bit.
VR Headset and controllers: Any major VR system, however we recommend HP Reverb G2 or Meta Quest 2 with controllers. Download hardware requirements in PDF

I’m already using other applications for my work. What’s the difference?

VMersive is a solution specifically designed for congenital heart diseases. It allows you to model custom implants like TPV, stents, occluders and conduits without the need of any third party software. In VMersive you can start simulation right away due to the automatic 3D reconstruction – without the need of manual segmentation.

How reliable are the measurements?

The application uses a well established DICOM format for the input of CT, MR and 3D Echo scans. The images and measurements are calibrated based on the data included in DICOM files which are imported straight from diagnostic medical imaging equipment.

Does the application allow for physical simulations of implant and tissue interactions and CFD simulations?

VMersive does not allow for physical simulations yet.

Can you observe the structure of the mitral valve?

Yes, we support CT and 3D Echo data which allows to observe the mitral valve.

Is the image quality of 3D Echo good enough?

To overcome the limitations of low resolution images we have created echo specific filtering and smoothing algorithms to enhance the 3D images. The application suggests default parameters but you can easily adjust them for patient specific echo images.
Implanted medical devices are clearly visible in 3D. Moreover, the application also allows viewing 3D echo in traditional MPR (grayscale) images.

Was VMersive used during any conferences?

Yes, During CSI Asia Pacific 2022 in Bangkok, Dr. R Sivakumar from Medical Mission Hospital in Chennai, India performed the TPVI procedure which was simulated with the use of VMersive. See the case report here.

Can VMersive be used in other areas of cardiology?

Yes, VMersive can be used for researching structural heart and vascular cases including TAVI or LAAo.

What are other potential use cases of the application?

VMersive could be applied in other fields including: structural heart & vascular, orthopedic surgery, cranio-maxillofacial surgery, abdominal surgery and neurosurgery.

Sales

What is the pricing of the software?

We offer flexible licensing options with dedicated pricing depending on the usage. We collaborate with hospitals worldwide. In our offer we include regular application updates and technical support. Contact us to get a quote.

Can I purchase the entire hardware required for the workstation directly from the VMersive team?

Yes, VMersive team provides an offer for the entire workstation hardware and its setup in onsite location.

IT / Legal

Can VMersive be used for medical planning?

No. VMersive is not a medical device, therefore cannot be used for medical planning. VMersive is a research and training tool. We have plans to obtain both the FDA and CE certificates in the future.

Is medical data used in the VMersive system safe?

Yes, the VMersive operates in offline mode. No medical data is being transferred to remote servers. The computer can be disconnected from the internet. The internet connection is used only once to register the license key. Optionally the internet connection can be used for automatic updates or manual log gathering (only at user’s request).

How does the collaboration process look like?

It’s smooth. We have experience in working with a variety of organizations ranging from small businesses to large enterprises. Simple legal contract, GDPR compliance and respect of privacy.

Congenital Heart Diseases in Virtual Reality.

No Manual Segmentation

Library of Medical Devices

Advanced Measurments

Dynamic Studies

Full Anatomical Context

Report Generation

Created Specifically For Doctors.

Previous VR Experience is not needed.

Interventions & Surgeries Workflows

TPVI

CoA

SVD

DORV

VSD

Complex TGA

LVAD

Transcatheter pulmonary valve implantation

Coarctation of Aorta

Sinus Venosus Defect

Double outlet right ventricle (DORV)

Ventricular Septal Deffect

Complex Transposition Of The Great Arteries

LVAD – HeartMate 3 implantation

Recommended by experts

Trusted by:

Research Publications

Frequently Asked Questions

Product

Sales

IT / Legal

Reach out to us!

Direct Contact

contact@vrlearning.io