EMS-9U
Innovative Transcranial Doppler (TCD) Technology
As a world-renowned medical equipment manufacturer specialized in Transcranial Doppler field, Delicate has developed and continuously improved its TCD systems to serve its customers from all over the world. Delica EMS-9U series TCD has been widely recognized and welcomed by its users for its advanced features and excellent performance.
EMBOLI DETECTION SOFTWARE
High Intensity Transient Signals (HITS) include emboli and various types of artifacts (e.g., patient movement, probe movement, environmental noise, etc.). As a standard feature for EMS-9U series TCD, it can automatically detect, count and record emboli.
MULTI-GATE M-MODE
Multi active gates of Doppler can be simultaneously displayed through a multi-depth approach per probe. M-mode display simplifies the spectral information for each depth to reflect power and direction. Since all the Doppler data is available all the time with M-mode, quick location of vessel and accurate assessment of change are facilitated.
AUDIO & SPECTRAL DATA STORAGE AND PLAYBACK
The original audio and spectral data can be continuously recorded without time limit and stored in patient’s database. Quick screenshot is added in event list for review. All waveforms and audio, including FFT spectra, event markers, moving M-mode, and HITS can be playbacked. It is available for future review and post processing of raw data. It also provides an option for offline analysis of emboli detection.
USER CONFIGURABLE PRINTED REPORT
Delica professional TCD software provides the most flexible report with customizable report template. Hospital logo and circle of Willis are selectable to display in the report. It is easy to preview, store internally, print directly from system, or export. PDF, XML, BMP, WORD, or (optional) DICOM formats are available with the program.
- Neurology
- Neurosurgery
- Cardio and Vascular Surgery
- Anesthesiology
- Intensive Care
- Stroke Unit
- Vascular Lab
- Neurovascular Lab
- Organ Transplantation
- Internal Medicine
APPLICATIONS
l Detection and monitoring of vasospasm following aneurysmal subarachnoid hemorrhage.
l Evaluation of the Circle of Willis arterial system and side branch cerebral circulation
l Screening for basilar artery stenosis.
l Diagnosis of intracranial stenosis and occlusion.
l Evaluation of intracranial effects of extracranial stenosis, including assessment of collateral flow pathways.
l Evaluation of vasomotor reserve (CO2 Reactivity).
l Support of the diagnosis of brain death.
l Evaluation and monitoring of intracranial blood flow during surgical procedures.
l Detection of patent foramen ovale (PFO).
l Identification of feeder arteries in AVM's.
l Clotbusting: help screen and diagnose stroke.
l Analysis of temporal variability in embolization and optimal recording protocols construction
l Study of pattern of embolization in the patient groups
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