Certification
CarnaLife Holo jest modułem analitycznego systemu telemedycznego CarnaLife, który jest certyfikowany jako wyrób medyczny wspomagający diagnostykę w klasie IIb przez TÜV NORD Polska Sp. z o.o., jednostkę notyfikowaną, autoryzowaną przez Ministerstwo Zdrowia.
We also have Natowski Kod Podmiotu Gospodarki Narodowej a NATO Commercial and Government Entity Code (NCAGE).
How does CarnaLife Holo work
CarnaLife Holo enables the visualisation of various types of anatomical structures, e.g. brain, liver, heart, lungs, bone structures, kidneys, blood vessels imaged using such various imaging techniques saved in the DICOM standard as: computed tomography (CT), magnetic resonance imaging (MRI/MR), rotational angiography (3DRA), three-dimensional echocardiography (Echo), positron emission tomography (PET). The data may be presented in the form of volumetric or surface visualisation or in the MultiPlanar Reconstruction (MPR) mode.
Thanks to designing an own module of medical data visualisation based on proprietary algorithms, the system enables direct connection to imaging devices, providing the display of holograms when examining. Cooperation with GE echocardiography scanners (Vivid E95) is an example of such application, where CarnaLife Holo is able to provide real-time transfer of data from a scanner probe and display it in the form of a hologram. It ensures easy interaction and quick preview of data by, for example, a physician performing the catheter-based occluder placement. The high-quality spatial visualisation helps in this process. This approach may be applied to other procedures and anatomical structures.
CarnaLife Holo współpracuje i obsługuje systemy szpitalne PACS (ang. Patient Archiving And Communication System) do transmisji obrazów medycznych, co umożliwia bezpośrednią integrację ze szpitalnym sprzętem do obrazowania medycznego i systemem informatycznym zapewniając ciągłość pracy lekarza
Thanks to the use of Microsoft Hololens mixed reality goggles, visualisations of medical images are presented in the form of holograms. A user may interact with the hologram by, for example, rotating, scaling, moving it or may “enter inside anatomical structures” with gestures and voice commands with no loss in sterility and no necessity to work with extra technician. The system also offers a number of features and tools, including: scene personalization, filtration, scissors for removing unnecessary elements, built-in presets (any predefined set of visualization parameters adapted to specific image testing techniques), a possibility of creating new effects for specific applications.
The goggles are an additional, interactive screen available during the procedure at any place of the treatment room and at any time.
CarnaLife Holo proves helpful at work of different teams in one hospital and is suitable for doctors of every specialty, who use 3D imaging data in their practice. The system may be configured to meet specific requirements of a hospital and of a physician.
CarnaLife Holo został wykorzystany w ponad 60 procedurach medycznych różnych specjalizacji. Przedstawiamy niektóre z nich.
60+
number of medical procedures INVOLVING CARNALIFE HOLOPulmonary Angioplasty
Teleconsultations
3D echo in invasive cardiology
Rotational Angiography
3D real-time echo
Stent grafts implantation to abdominal aortic aneurysms
Pulmonary Angioplasty
Teleconsultations
3D echo in invasive cardiology
Rotational Angiography
3D real-time echo
Stent grafts implantation to abdominal aortic aneurysms
The use of CarnaLife Holo supports
More efficient procedure planning is possible through three-dimensional presentation of an anatomical area structure being imaged. Based on the hologram, a physician may analyse mutual geometric relations between anatomical structures and pathological lesions to be operated as well as plan the procedure. It reduces the risk of medical errors owing to increased depth perception resembling the natural look of objects.
The work with holographic images enables 6 times faster diagnostics of, e.g. cancer, what translates into the optimization of specialists' time (Pelanis, Egidijus, et al. "Use of mixed reality for improved spatial understanding of liver anatomy." Minimally Invasive Therapy & Allied Technologies (2019): 1-7).
The use of CarnaLife Holo helps to shorten the time of procedure and makes it possible to increase the precision of a procedure due to higher availability of visual information.
The comfort of a physician’s work is improved due to easy interaction with data by voice commands and gestures with a possibility of scaling the visualisation up to natural patient size, rotating it or taking a look inside under any selected angle as well as the access to the hologram at any place.
The visualisation may be presented to the patient to help the practitioner discuss the planned scope and purpose of a procedure in a clear and understandable manner.
Increased treatment effectiveness and time optimisation may positively affect the total cost incurred by a hospital.
Let's meet!
Have you got any questions related to CarnaLife Holo?
Feel free to contact us!
Would you like to receive assistance in implementation, testing or seeking a grant for CarnaLife Holo?
Let's meet
Would you like to receive assistance in implementation, testing or seeking a grant for the CarnaLife System?
Let's meet
English 
Polish 
German