September 22, 2021 — Test selection should be a shared decision between patient and physician rather than directed by insurers’ test substitution policies, according to a statement published...
The cardiac imaging channel includes the modalities of computed tomography (CT), cardiac ultrasound (echocardiography), magnetic resonance imaging (MRI), nuclear imaging (PET and SPECT), and angiography.
An example of artificial intelligence on the GE Healthcare Vivid E95 system shown at ASE 2019 where the AI automatically pulls in an exam, identifies the left ventricle and myocardial boards and then calculates all the strain measurements in less than 10 seconds. While AI automation can greatly speed workflow, there are questions about the accuracy of AI for the next step in making diagnoses.
An example at HIMSS of deeper third-party software integration in enterprise imaging platforms was Siemens Healthcare showing a new, deep integration with echocardiography strain imaging analysis provider Epsilon Imaging. The integration eliminates the need for a separate login and the Epsilon software is now just a tool option available in the syngo system and it carries over data and images directly into the echo report.
A comparison of color-flow Doppler cardiac ultrasound showing blood flow, and blood speckle tracking revealing a more detailed and complex understanding of the flow. It shows the formation of a vortex that may play a role in future assessments for the efficiency of flow in the heart and vessels. Image from JASE, read more.
An example from the study of the Biosense Webster NuVision 3D/4D ICE imaging capability showing the left atrial appendage (LAA) visualization on 3D ICE. The system allows the user to place a false lighting source to be placed in different positions to change the lighting and shadows to better visualize the anatomy.
Schematic illustration of a pre-vascularized stem cell patch having multiple stem cell-laden bio-inks to encorage heart cell regrowth at infarct areas. With permission from Elsevier. Read the original
Images, or a digital twin mitral valve of a patient, created from cardiac ultrasound that were used to perform a virtual surgical procedure to test how the intervention would impact the patient prior to actually performing the procedure. The right image shows color coding for sheer stresses on the valve leaflets before and after the virtual surgery. The left image shows the model quantitation of leaflet coaptation at peak systole prior to the virtual surgery. Read the original article in Plos One.
The CathWorks angiography image derived FFR assessment system has received national reimbursement approval in Japan. The system uses a rotational angiography image dataset taken while the patient is in the cath lab to quickly reconstruct a 3-D coronary tree showing FFR numbers for all of the artery segments.