I. Product Overview
The ABN Ultra-fast Super-resolution Ultrasound Diagnosis and Treatment Platform is an integrated ultrasound imaging and treatment system tailored for high-end clinical diagnosis and treatment as well as cutting-edge medical research. Integrating ultra-high-speed ultrasound acquisition technology, super-resolution imaging algorithms and multimodal diagnosis and treatment methods, the platform enables high-precision imaging and real-time evaluation of microvascular structures, tissue dynamics and the functional status of lesions. Balancing both diagnostic and therapeutic needs, the system is applicable to a variety of application scenarios including basic medical research, precise clinical disease diagnosis, and image-guided therapy.
II. Functional Features
1. Ultra-fast Imaging Capability: It supports ultra-high frame rate ultrasound data acquisition, enabling dynamic imaging at the millisecond or even microsecond level;
2. Super-resolution Imaging Technology: It breaks through the resolution limit of traditional ultrasound and achieves sub-vascular level spatial resolution;
3. Integrated Multimodal Diagnosis and Treatment: It integrates multiple modes such as ultrasound contrast, elastography and hemodynamic analysis;
4. Real-time Diagnosis and Therapeutic Guidance: It can be applied to ultrasound-guided precise treatment and real-time monitoring;
5. Intelligent Algorithm Support: It is equipped with advanced image reconstruction and intelligent analysis algorithms to improve diagnostic efficiency and accuracy;
6. Highly Scalable Platform Architecture: It allows modular upgrades to meet diverse scientific research and clinical application needs.
III. Application Scenarios and Fields
1. Clinical Medicine: Tumor microvascular imaging, cardiovascular disease assessment, cerebral blood flow research;
2. Precision Therapy: Ultrasound-guided ablation, targeted drug delivery monitoring;
3. Basic Medical Research: Research on microcirculation, physiological dynamics and tissue mechanics;
4. Translational Medicine and Research Institutions: Verification of novel imaging algorithms and diagnosis and treatment methods;
5. Teaching and Training: Medical imaging teaching and standardized operation training.
IV. Technical Advantages
1. Clinical Medicine: Tumor microvascular imaging, cardiovascular disease assessment, cerebral blood flow research;
2. Precision Therapy: Ultrasound-guided ablation, targeted drug delivery monitoring;
3. Basic Medical Research: Study on microcirculation, physiological dynamics and tissue mechanics;
4. Translational Medicine and Research Institutions: Verification of novel imaging algorithms and diagnosis and treatment methods;
5. Teaching and Training: Medical imaging teaching and standardized operation training.
V. Typical Models and Application Cases
Model | Features | Application Cases | Applicable Objects |
ABN-UF-SR100（Basic Scientific Research Type） |
· Ultra-high frame rate plane wave imaging, enabling ultra-fast dynamic process capture · Compatible with research algorithms for ultra-resolution ultrasound (UUI / SR-US) · Fully open original radio frequency data, adaptable to multiple self-developed algorithms · Ideal for small animal research, ex vivo tissue studies and basic physiological research
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· Super-resolution imaging of microvessels in small animals · Research on microcirculatory hemodynamics · Verification of novel ultrasound imaging algorithms
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· Majors of medicine, biomedical engineering and physics in universities · Basic medical researchers in medical laboratories · Research team focusing on ultrasound imaging algorithms and signal processing · Scientific researchers engaged in small animal model and isolated tissue research
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ABN-UF-SR200（Clinical research-oriented） |
· Combined mode of ultra-fast and super-resolution imaging · Supports contrast-enhanced ultrasound and super-resolution vascular imaging · Equipped with standardized human imaging procedures · Focuses on imaging stability and repeatability
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· Cardiovascular Microcirculation Assessment
· Tumor Microvascular Structure Analysis
· Chronic Disease Blood Flow Monitoring
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· Imaging Department and Ultrasound Department of Grade A Tertiary Hospitals
· Scientific Research Platform of Medical College Affiliated Hospitals
· Translational Medicine Research Center
· Team of Clinician-researchers
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ABN-UF-SR300（integrated treatment type） |
· Real-time ultra-fast imaging and super-resolution vascular visualization · Supports ultrasound-guided therapeutic procedures · Continuous imaging evaluation before, during and after treatment · Tailored to the needs of precision medicine and minimally invasive treatment
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· Ultrasound-guided ablation therapy for tumors · Targeted drug delivery monitoring · Dynamic evaluation of postoperative efficacy
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· Hospital Intervention Department, Oncology Department, Ultrasound Diagnosis and Treatment Center
· Clinicians engaged in ultrasound-guided therapy
· Precision Medicine and Minimally Invasive Treatment Team
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ABN-UF-SR400（High-end multimodal extended type, optional） |
· Supports multi-probe and multi-band switching · Expandable with elastography, functional ultrasound and other modes · Tailored for research on complex disease mechanisms · Ideal for national key laboratories and large medical centers
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· Research on neurovascular coupling function · Combined analysis of tissue mechanics and blood flow · Multicenter clinical research platform
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· National Key Laboratory
· Large-scale Medical Centers and Research-oriented Hospitals
· Multidisciplinary Cross Research Teams (Medicine + Engineering + Computing)
· Multicenter Clinical Research Organization
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Working Principle Diagram
Data Chart
Appearance Drawing
