The Premium system has left a very good impression on experienced users of ultrasound like Prof. Dr. med. Christoph F. Dietrich, Chefarzt der Med. Klinik 2, Caritas Krankenhaus Mergentheim, Germany, Past EFSUMB President, Past DGE-BV President and Prof. Fabrizio Calliada, Associate Professor of Radialogy, University of Pavia, Italy.
ZONE Sonography® overcomes limitations of the traditional beamformer process, as well as expands the current and future possibilities of patient-friendly modular ultrasound. This constitute
a fundamentally new software image formers,
the zone-wise detection of the echo data,
a long-term storage of original probe information as well as
the implementation of commercially available, ever-increasing processing power
the technological bases for the following example already with Zone Sonography® realized industry novelty:
Everyone is different. Concerning an improved diagnostic accuracy, the system takes this into depiction with ZST+. Instead to assume from the conventional default standard (1.540 m/s), the technology is now for the first time able to use the individual patient-dependent speed of sound for imaging.
Transforming ultrasound metrics from conventional beamforming to channel data based processing, ZST+ is able to deliver multiple imaging advances: Advanced Acoustic Acquisition, Dynamic Pixel Focusing, Sound Speed Compensation, Advanced Image Processing and Total Recall Imaging.
By transmitting and receiving a relatively smaller number of large zones, Advanced Acoustic Acquisition extracts more information from each acquisition, 10 times faster than a conventional line-by-line beamforming method.
Dynamic Pixel Focusing technology allows Resona 7 to achieve extreme uniformity in pixel level through the whole field of view. Therefore, there is no longer the need to frequently adjust the focal positions to achieve uniformity across patient exams.
By retrospectively analyzing complete channel data stored in channel data memory, the Resona 7 is able to intelligently choose the optimal sound speed to improve image accuracy even with tissue variation, allowing for adaptive tissue-specific optimization.
By multiple and retrospective channel data processing, it makes the best use of acoustic information for image improvement.
HD Scope: higher definition image within ROI.
Coherent Spatial Synthesis: further improved image quality.
As ZST+ captures and stores the complete acoustic raw data set, Total Recall Imaging allows the user to retrospectively
modify numerous imaging parameters and optimize clinical information.
Besides of the above described Key-Features of ZST+, there are more very important properties of this pioneering technology. We call this kind of characteristics the Research Features of ZST+.
V Flow visualisation of complex microhemodynamics
Fusion Imaging with respiration compensation
RIMT medical method to detect CVDs
CEUS - UWN Mindray´s 2nd generation
Below you have the opportunity to get more informations about the functions of the Research Features of ZST+.
Convince yourself of the unique capabilities of the technology. The future is now.
A novel visualization of blood flow, in which in which color arrows are displayed, instead of the color map of a conventional Doppler ultrasound image.
Extremely high frame-rate flow imaging over 600 frames per second
Both the velocity and direction of the blood flow can be clearly displayed
Laminar, vortex, secondary, and retrograde flows can be illustrated in complex flow imaging
Intuitive display dynamically shows the flow process with color arrows
Quantitative measurement of velocity and direction at an arbitrary location
Jugular vein and carotid bifurcation where the CCA, ICA and ECA are shown in one image. Detailed hemodynamic is lacked in CFM, while in V Flow it not only shows flow direction intuitively, but also the flow velocity change in Jugular vein and carotid.
Improve the accurcy of fusion imaging to a new level and improve the precision of interventional diagnoses and treatments.
iFusion during intervention procedure
Comparison of before and after respiration compensation (the left is pre-compensation and the right is post-compensation)
Establish the model of liver motion along respiration accurately, remedy the respiration-induced
fusion errors effectively
Markedly improve the fusion accuracy of full respiration cycles
Provides remarkable clinical values with ease of use, supporting various ultrasonic modes at the same time and providing target markers and safe margin
More timely and effective postoperative evaluation of the treatments
IMT is a worldwide-recognized, economic and repeatable medical method to detect CVDs. But traditional IMT detection have some limitations. RIMT is based on Radio Frequency data, and provide the user extreme accurate IMT measurement.
RIMT(1)~RIMT(6): The maximum value in every heart cycle
RIMT(M): mean value of RIMT(1)~RIMT(6)
SD: standard deviation
ROI W: The width of ROI
RIMT is good complement to traditional IMT Compare with traditional IMT can be applied on CCA,ECA, ICA and
Bulb, RIMT can only be applied on CCA. But RIMT has higher accuracy when be applied on CCA, and it can be use together with ECG to
detect intima-medium thickness in real time.
RIMT has more potential application and value to be explored. Since RIMT can measure the intima-medium thickness of every frames in a complete heart cycle, in the future, we can use RIMT together with ECG to detect intima-medium thickness in the same time of every heart cycle.
Improve early diagnosis of CVDs
Improve the effectiveness of pharmacy treatment follow-up
Reduce dependence on operator and image quality
CEUS enables the Resona 7 to detect and utilize both 2nd harmonic and non-linear fundamental signals, generating significantly enhanced images, resulting in greater sensitivity of minor signals and longer agent duration with lower MI.
CEUS QA Of Spleen Mass
CEUS of Liver Cancer
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