The uMI Panorama from United Imaging is a state-of-the-art PET/CT scanner designed to offer exceptional image quality, sensitivity, and speed for both clinical and research purposes. It is part of United Imaging’s uMI series, which combines advanced technologies for superior imaging. Below are the key specifications and features of the uMI Panorama:
General Features:
Dual-modality imaging:Combines PET (Positron Emission Tomography) with CT (Computed Tomography), offering functional and anatomical imaging in one system.
High-resolution PET imaging:Provides detailed functional imaging for cancer detection, brain studies, and other clinical applications.
Wide bore design:Allows for easy patient access and comfort during scanning.
PET Imaging Specifications:
High-performance PET detectors:Incorporates LYSO crystals (Lutetium Yttrium Orthosilicate) for increased sensitivity and resolution.
Time-of-Flight (TOF) PET:Improves image quality and reduces scan time by detecting the difference in the time it takes for photons to reach detectors.
Quantitative accuracy:Ensures precise measurements of tracer uptake, enhancing the ability to assess metabolic activity and disease progression.
High sensitivity:Offers high sensitivity to detect small lesions and tumors with precision.
Spatial Resolution:Typically 4-5 mm in full width at half maximum (FWHM), allowing for better detection of small abnormalities.
Large Field of View (FOV):Improves the detection of abnormalities, including whole-body scans.
CT Imaging Specifications:
Multi-slice CT technology:Capable of performing high-resolution 3D imaging to assess detailed anatomical structures.
X-ray Tube:High-power, fast-scan X-ray tube for efficient imaging and precise anatomical details.
Low-dose CT imaging:Ensures that the radiation exposure is minimized, which is particularly important for repeat scans or pediatric imaging.
Fast imaging speed:Reduces patient motion artifacts and enhances workflow in busy clinical environments.
Contrast resolution:Excellent soft tissue and bone contrast for accurate anatomical interpretation.
Software and Processing:
Integrated software platform:Allows for seamless fusion of PET and CT images, providing clinicians with both anatomical and functional data in one view.
Advanced image processing tools:Includes automated image reconstruction and analysis software to streamline workflow and ensure the highest quality images.
Data fusion:High-quality fusion of PET and CT images for a complete diagnostic overview, especially beneficial in oncology, neurology, and cardiology.
Automated analysis tools:Allows for quicker interpretation, especially in routine clinical settings.
Clinical Applications:
Oncology:Excellent for tumor detection, staging, and therapy monitoring, as PET identifies metabolic activity while CT provides detailed anatomical images.
Neurology:Used in brain imaging for detecting conditions like Alzheimer's, epilepsy, and neurodegenerative diseases.
Cardiology:Helps assess coronary artery disease, myocardial viability, and cardiac perfusion.
Infection and inflammation: PET imaging provides functional insight into inflammatory diseases, infections, and abscesses.
Pediatric imaging:The low-dose CT scan is especially important for imaging in pediatric patients, ensuring safety with minimal radiation exposure.
Additional Features:
Speed and efficiency: The uMI Panorama offers fast scanning times, reducing patient discomfort and increasing throughput in clinical settings.
Patient comfort:The wide bore design ensures comfort and accessibility for patients, even those who may feel claustrophobic.
Space-efficient:The uMI Panorama combines two advanced imaging modalities (PET and CT) in one compact and integrated system.
Advanced radiation shielding:Ensures safe operation, minimizing radiation exposure to both patients and operators.
System Configuration and Options:
Available configurations:Depending on the facility’s needs, the uMI Panorama can be configured with various options, such as 16, 32, or 64-slice CT and PET/CT hybrid imaging.
Customizable:Options for software packages, additional imaging sequences, and specialized analysis tools for different clinical applications.
