General Nuclear Medicine
Gastrointestinal
Efficiently assess and diagnose complex gastrointestinal conditions with Oasis, the ultimate solution for nuclear medicine imaging. Our software is specifically designed to support the evaluation of gallbladder dyskinesia, gastric motility disorders, salivary gland abnormalities, and gastrointestinal bleeding. With advanced image display and post-processing capabilities, Oasis provides precise, reliable insights that empower healthcare professionals to make accurate diagnoses and improve patient outcomes
Gastroesophageal
Optimize your gastrointestinal assessments with our advanced tool, purpose-built for interpreting nuclear medicine planar data. Tailored for physicians specializing in gastric motility disorders, this powerful application enables precise identification and quantification of both anatomical and physiological abnormalities within the gastrointestinal system. Discover a seamless, efficient way to diagnose and monitor your
patients with confidence and accuracy.
Key Features:
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Dynamic, Static, and Hybrid Processing.
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Time Activity Curves (TAC): Generate precise TACs based on user-defined regions of interest (ROI) to calculate the halftime emptying value—the moment at which half of the stomach contents are reached.
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Advanced Curve Fitting: Enjoy three robust curve fit methods—Elashoff, Siegel, and Linear—complete with decay correction for accurate analysis.
Hepatobiliary
Dive deep into gallbladder functionality with the essential Hepatobiliary application! This cutting-edge tool calculates gallbladder ejection fraction and ejection rate using either dynamic series or sequential static images, giving you high-precision insights to guide your clinical decisions. Plus, with advanced Sphincter of Oddi analysis, you’re equipped for a full-spectrum hepatobiliary evaluation. Our sophisticated algorithms ensure
pinpoint accuracy in gallbladder ejection calculations, delivering dependable data to power effective patient management.
Key Features:
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Dynamic and Static Processing: Effortlessly analyze hepatobiliary studies acquired through either dynamic or static acquisitions for versatile diagnostic capabilities.
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Time Activity Curves (TAC): Generate precise TACs based on user-defined regions of interest (ROI) to calculate the halftime emptying value—the moment when half of the gallbladder contents are reached.
GI Bleed
The GI Bleed application is engineered specifically to show gastrointestinal bleeding. Facilities can leveraging the use of dynamic series displays with this application and splash views that are created within the application. This powerful tool allows clinicians to visualize intermittent bleeding sites in real-time, while also making it quick and easy to do the necessary processing with it. .
The GI Bleed application is a simple, display-only tool that requires no post-processing. It provides visualization without any quantification or algorithmic analysis.
Salivary
The Salivary application—an advanced tool for in-depth evaluation of the salivary glands, including the parotid and submandibular glands. This innovative app lets you define precise regions of interest, empowering you to quantify essential metrics like maximum accumulation, secretion rates, and oral activity indices both before and after stimulation. With the Salivary application, you're equipped with high-level analytics to
enhance your understanding and management of salivary gland function.
Key Features:
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Precise Quantification: Accurately measure thyroid uptake of radiopharmaceuticals, providing essential data for effective diagnosis and treatment planning.
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Volume Calculation: Effortlessly calculate thyroid volume to assess size and detect abnormalities, ensuring comprehensive evaluations.
Pulmonary
Achieve thorough pulmonary assessments with Oasis, the ultimate solution for detecting pulmonary emboli, conducting pre-surgical evaluations for lung resection, and performing various shunt assessments. Designed to reconstruct tomographic data, Oasis also filters and quantifies findings with unmatched precision, providing the critical insights you need to evaluate and manage pulmonary disease effectively.
Lung SPECT
Your essential tool for reconstructing and registering 3D volumes from ventilation and perfusion SPECT/CT imaging. This advanced application not only displays detailed 3D volumes but also generates reprojection (pseudo-planar) images for enhanced visualization. LUNG SPECT offers lung segment analysis and precise FEV1 (Forced Expiratory Volume) quantification, empowering you with the data needed for comprehensive pulmonary assessments.
Key Features:
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Data processing is entirely
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semi-automatic allowing user to
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manually draw template-based
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lung segments.
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Reconstruction performed using
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iterative reconstruction.
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Transverse, Coronal, Sagittal Slices, and MIP volumes.
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Pseudo-Planar images extracted from SPECT.
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Provides Lung segment and FEV1 (Forced Expiratory Volume) quantification.
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Display of Ventilation and Perfusion SPECT/CT studies.
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Display functions: Registration of Ventilation and Perfusion SPECT/CT studies, triangulation and window leveling.
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LUND quantification that automatically generates Ventilation/Perfusion Ratio images ideal for identifying potential areas of Pulmonary Embolism.
Planar Lung Quant
Transform lung health visualization and quantification with Planar Lung Quant. This application goes beyond displaying high-resolution 2D ventilation and perfusion images—it empowers you to quantify the precise distribution of ventilation and perfusion across distinct lung regions. Gain deeper insights with the advanced, intuitive tools that nuclear medicine professionals rely on for accurate and detailed pulmonary assessments.
Key Features:
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Comprehensive Ventilation & Perfusion Analysis
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Stunning Static Image Displays: Experience clarity with vibrant static images that make every detail pop.
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Interactive Display Functions
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Effortlessly adjust window leveling
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Automated 6-Segment Quantification: Say “goodbye” to manual calculations! Our system automatically quantifies anterior and posterior images in six segments, providing you with fast, reliable data analysis.
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Geometric Mean Image Generation:
Shunt
Streamline shunt assessments with the Shunt application—an indispensable tool for evaluating the presence and patency of critical shunts throughout the body. Effortlessly assess diverse shunt types, including brain-lung, hepatic arteriovenous, hepatopulmonary, lung-liver, and right-to-left shunts. This comprehensive approach empowers clinicians with a thorough view of shunting mechanisms, enabling precise identification and confident characterization of abnormalities.
The Shunt application offers comprehensive analyses, including:
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Brain-Lung Shunt: Evaluate the connection between the brain and lungs for precise diagnostic insights.
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Hepatic AV Shunt: Analyze arteriovenous shunts in the liver for effective assessment of vascular function.
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Hepatopulmonary Shunt: Investigate shunts between the liver and lungs, critical for understanding pulmonary circulation.
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Lung-Liver Shunt: Assess shunting mechanisms impacting both lung and liver function.
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Right to Left Shunt: Identify shunts that divert blood from the right side to the left side of the heart, crucial for cardiovascular evaluations.
Endocrine
Oasis allows you to seamlessly display, filter, and post-process images, providing precise insights to help diagnose thyroid and parathyroid conditions. With powerful imaging capabilities, Oasis ensures accurate and efficient evaluations, empowering clinicians to make informed decisions with confidence.
Thyroid
The Thyroid application is a powerful, versatile tool built for both displaying and quantifying thyroid images. This innovative solution empowers healthcare professionals to explore thyroid function and health in greater detail, delivering essential insights for accurate diagnosis and informed treatment decisions. Whether you're assessing thyroid uptake or calculating volume, the Thyroid application simplifies and streamlines the process, offering a comprehensive view of this critical gland’s performance.
Key Features:
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Precise Quantification: Accurately measure thyroid uptake of radiopharmaceuticals, providing essential data for effective diagnosis and treatment planning.
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Volume Calculation: Effortlessly calculate thyroid volume to assess size and detect abnormalities, ensuring comprehensive evaluations.
Genitourinary
The essential tool for evaluating kidney function and transplant kidney performance. Oasis and Oasis V3 provide advanced capabilities to display and post-process images, offering clear, precise insights into renal health. Whether you're monitoring kidney function or assessing transplant viability, Oasis streamlines the evaluation process, empowering clinicians with the data needed for informed decision-making and effective patient management. For reliable and efficient kidney evaluations, Oasis is the ultimate solution.
Renal, Renal Transplant, & Renal DMSA
Oasis V3 delivers a comprehensive suite of Renal applications designed to meticulously analyze both the function and structure of the kidneys. Each application is finely tuned to the specific study, providing healthcare professionals with the critical insights needed for optimal patient management and superior outcomes.
With Oasis V3, navigate the complexities of renal diagnostics with confidence. Every assessment is streamlined to ensure precision, clarity, and a clear focus on enhancing patient care. For advanced renal analysis, Oasis V3 is your go-to tool.
patients with confidence and accuracy.
Key Features:
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Discover a suite of powerful features designed to enhance your renal imaging and analysis:
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Comprehensive Quantification: Accurately measure both relative and absolute uptake of
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the radiopharmaceutical in the kidneys, ensuring precise assessments for optimal patient care.
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SPECT/CT Display: Effortlessly visualize SPECT/CT acquisitions, providing a detailed view of kidney structure and function.
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Dynamic Uptake Analysis: Quantify kidney uptake of the radiopharmaceutical to evaluate renal function effectively.
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Clearance Measurements: Obtain maximum and halftime clearance values for the injected dose, with options for assessments both with and without diuretics.
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Effective Renal Plasma Flow (ERPF): Calculate ERPF for a comprehensive understanding of renal perfusion.
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Glomerular Filtration Rate (GFR): Accurately assess GFR, a critical indicator of kidney function.
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Bubeck Tubular Extraction Rate (TER): Determine TER to evaluate tubular function and health.
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Output Efficiency (OE) Calculation: Utilize the Rutland-Patlak analysis to calculate output efficiency, enhancing your diagnostic capabilities.