Nuclear Medicine

Innovative Nuclear Medicine Solutions with UniSyn MI™

Comprehensive tools for renal, gallbladder, salivary, gastric, MUGA, and lung processing

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Leading the Way in Nuclear Medicine Imaging

At Convergent Imaging, we are dedicated to advancing nuclear medicine through innovative software solutions. Our UniSyn MI™ Nuclear Medicine Software enhances diagnostic accuracy and workflow efficiency, providing radiologists with the tools they need to make precise and timely decisions. With over seventeen years of experience, we deliver top-tier technology that transforms the way nuclear medicine is conducted.

Key Features

Browse the UniSyn MI™ nuclear medicine functionality below.

Renal Processing

Our renal protocol for dynamic planar images provides a comprehensive and flexible workflow for analyzing renal function.

Gallbladder/Dynamic Processing

Our gallbladder protocol for dynamic planar images facilitates the assessment of visual and functional disorders.

Salivary Gland/Dynamic Processing

Our salivary protocol for dynamic planar images facilitates the assessment of salivary gland functional disorders.

Gastric Processing

Our gastric protocol for multi-time point planar images includes sorting multi-time point gastric series in chronological order as well as automatic region-of-interest duplication across all time points.

MUGA Processing

Our MUGA protocol for processing gated planar data provides a simple and efficient workflow for characterizing left-ventricular function.

Planar Lung V/Q Processing

Our Planar Ventilation/Perfusion (V/Q) protocol features our unique multi-region ROI capability which supports analysis of lung tracer uptake in up to three segments per lung.

SPECT Lung Lobe Quantification

Harnessing the power of the widely used Total Segmentator package, UniSyn MI™ offers one-click high-quality lung lobe segmentations.

SPECT Reprojection

Generate planar-like projection images from SPECT/CT acquisitions to aid in training physicians to read both SPECT and planar images for Lung V/Q studies.

Planar Image Subtraction

Augment the visual comparison of dual-isotope parathyroid studies with planar image subtraction.

3D Image Math

The 3D Image Math utility supports generating quotient and subtraction images from SPECT data sets.

Stay ahead in nuclear medicine with Convergent.

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Book a demo with a member of our team to discuss how UniSyn MI™ can transform your imaging workflow.

Explore our applications in Nuclear Medicine, Cardiology, and Neurology, or learn more about our core software features, deployment options, and configuration capabilities.

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