Cardesium | Personalized Cardiac Healthcare

FROM CLINICAL

IMAGES

TO PATIENT-SPECIFIC DIAGNOSTICS

Our Pipeline

We work with current imaging protocols allowing for an easy integration into clinical pipelines

Clinical Data

We work using standard clinical data storing and management pipelines such as DICOM

Segmentation

We use state of the art automatic segmentation using deep learning to segment the data. All segmentations are checked by our radiologists

Anatomical Models

Our algorithms correct for various artifacts such as patient or breathing motion and generate data-driven 3D anatomical surface and tetrahedral or hexahedral models, which are tailored to patient anatomy.

Biophysiological Simulations

Our diagnostic package provides information on clinical metrics, such as volumetric ejection fraction, volume pressure curves, cardiac output, that are specific to the patient model. We also provide biophysically detailed computer simulation of the cardiac electrophysiology or of the cardiac mechanics, generating an accurate patient-specific digital-twin. Biophysical simulations can inform and help clinical decision making for patient welfare.

Tailored Solutions

Besides our base toolkits, we provide tailored solutions to your clinical or research needs. If you would like to use some of our tools for more specific projects, do contact us.

Image-derived Anatomical Models for Personalized Healthcare

Cardesium provides a computer aided diagnosis solutions for patient-specific healthcare. We work with current clinical protocols to bring clinicians patient-specific shape models. These 3D reconstruction can be used for 3D printing or for simulations. We also provide cardiac biophysiological simulations scenarios that inform and help clinicians or researchers in their diagnosis or projects.

Enter the Era of Digital Healthcare

Cardesium provides you with a patient specific cardiac digital twin. We offer image-derived cardiac and torso anatomical models that can be 3D printed for surgical planning. We also provide tailored biophysiological simulations that inform and enhance clinical diagnosis allowing for personalized healthcare.

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