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In many complex interventional procedures, the requirement for imaging is not only "clarity," but also "comprehensiveness" and "timeliness." Especially in delicate operations involving cerebrovascular and cardiovascular systems, physicians often need to observe vessels, lesions, and device positions simultaneously from different angles in order to make rapid judgments and complete procedures efficiently. Siemens ARTIS icono biplane is a high-end angiography system with biplane synchronous imaging as its core advantage.
For patients, the value of such equipment lies not only in more advanced imaging, but also in its ability to assist physicians in obtaining more complete imaging information during complex treatments, thereby providing a basis for continuous decision-making and precise operation.
1. More focused application scenarios, suitable for high-precision interventional treatment
Siemens ARTIS icono biplane is mainly applied in neurointervention, cardiovascular intervention, and other complex minimally invasive treatment scenarios that require high-level multi-angle synchronous observation; it can also be used in certain peripheral vascular and tumor-related interventional diagnosis and treatment. For example, interventional treatment of stroke, interventional treatment of cerebral aneurysm, and interventional treatment of coronary heart disease all have high requirements for the real-time performance and completeness of imaging.
Within the comprehensive treatment system of our hospital, such equipment not only serves precise interventions for complex vascular diseases, but also provides higher-level imaging guidance conditions for minimally invasive treatment related to tumors and other diseases.
2. Biplane synchronous imaging for more comprehensive observation and more continuous treatment
The core advantage of ARTIS icono biplane lies in "biplane" imaging. It can be simply understood as the ability of the system to simultaneously acquire images from two different directions. Compared with traditional single-plane systems, physicians do not need to frequently adjust angles to repeatedly confirm vascular pathways, lesion locations, and device status, but can obtain two sets of complementary information at the same time.
This imaging modality is particularly suitable for interventional treatment of stroke, cerebral aneurysm, and coronary heart disease, where procedures rely heavily on real-time imaging and continuous decision-making. Physicians can more rapidly observe catheter navigation, stent positioning, blood flow changes, or embolization range, reducing procedural interruptions caused by repeated angle switching.
For patients, this means that observation and decision-making during treatment are more continuous. Especially in cases requiring rapid decision-making, continuous manipulation, and delicate handling, more complete imaging information helps physicians perform procedures with greater confidence and ensures a smoother overall interventional process.
3. Integration of three-dimensional imaging and real-time guidance, providing more basis for precise treatment
In addition to biplane imaging, ARTIS icono biplane is equipped with digital image processing, three-dimensional imaging, and CT-like imaging capabilities, which in certain scenarios can assist physicians in preoperative planning, intraoperative navigation, and postoperative evaluation. For procedures requiring precise localization, stereoscopic observation, or immediate verification, this transition from two-dimensional to three-dimensional support is particularly important.
Many patients tend to confuse angiography systems with conventional CT or MRI; however, their roles are not identical. CT and MRI are primarily used for screening, diagnosis, and evaluation, whereas angiography systems emphasize real-time guidance. Physicians not only use them to observe lesions, but also to perform procedures such as catheter advancement, stent placement, thrombectomy, and embolization under their guidance.
4. Advanced imaging platform support, providing assurance for complex minimally invasive treatment
The value of Siemens ARTIS icono biplane lies in its ability, through biplane synchronous imaging, to elevate the efficiency of observation and the completeness of decision-making in complex interventional procedures to a higher level. This advantage is particularly important for cases requiring precise localization, rapid decision-making, and continuous operation.
At Jinshazhou Hospital of Guangzhou University of Chinese Medicine, such advanced imaging platforms not only enhance the implementation conditions for complex interventional treatments, but also further support the refined operational capabilities of our hospital in neurointervention, cardiovascular intervention, and tumor-related minimally invasive treatment. Relying on a professional interventional team, mature imaging guidance experience, and a comprehensive treatment system, our hospital is able to provide more precise and more efficient minimally invasive diagnostic and treatment support for complex cases.
