Imaging Biometrics Solutions

Quantitative Imaging Solutions

Overview

As a complement to the aycan product portfolio, aycan offers select Imaging Biometrics quantitative imaging solutions, ideal as plug-ins for aycan workstation. Explore these solutions below and contact us today to discuss how they can start adding value to your workflow.

Designed for radiology practices, imaging centers, hospitals, and clinical research teams, Imaging Biometrics solutions help transform advanced MRI and CT data into quantitative insights for more informed image interpretation, treatment assessment, and workflow efficiency. As part of the aycan partner product portfolio, these tools can complement existing viewing and workstation environments with specialized post-processing capabilities.

Value Add from aycan

Local sales from US agent.

aycan offers Imaging Biometrics solutions to customers in the Americas only.

Imaging Biometrics Solutions from aycan

IB Rad Tech

IB Rad Tech is a powerful workflow engine designed to streamline the post-processing of advanced medical imagery. By automating and customizing workflows, IB Rad Tech significantly reduces the time and effort required to generate sophisticated output, such as vascular class (aka “FTB”) maps, by over 85%. Developed in collaboration with leading radiologists, IB Rad Tech minimizes repetitive tasks and enhances efficiency, allowing clinicians to focus more on patient care and less on technology management.

IB Neuro

IB Neuro is an exclusive MRI perfusion platform that revolutionizes brain tumor imaging. By generating quantitative relative cerebral blood volume (rCBV) maps, IB Neuro provides critical insights into tumor biology and vasculature, surpassing conventional MRI in accuracy and repeatability. With over 30 years of development, this advanced technology aids in differentiating tumor types, predicting tumor grade, and distinguishing post-treatment effects from tumor recurrence. IB Neuro also process CT perfusion datasets.

IB Delta Suite

IB Delta Suite is a sophisticated image processing tool box designed for routine use in medical imaging. It is commonly used to generate quantitative Delta T1 maps (dT1 maps) from conventional MR images. Delta T1 maps highlight subtle contrast enhancements on post-contrast T1 images while ignoring blood products that can also enhance on pre-contrast T1 images. This capability is crucial for rapidly and accurately identifying tumor regions, distinguishing them from blood products, and visualizing post-surgical residual tumors. IB Delta T1 Maps provide clinicians with reliable, detailed insights to improve patient diagnosis and treatment planning.

IB LSN

Liver Surface Nodularity (LSN) is an innovative imaging tool designed to non-invasively assess chronic liver disease (CLD) using commonly acquired CT images. By evaluating the nodularity or bumpiness of the liver surface, LSN provides critical insights into the severity of CLD, aiding in diagnosis and staging. This technology eliminates the need for high-cost surgical biopsies and specialized imaging equipment, offering a practical, low-risk alternative.

IB DCE

IB DCE analyzes dynamic contrast-enhanced (DCE) MRI images. It generates a comprehensive array of perfusion and permeability parameters, such as Ktrans, Ve, Vp, and more, using the extended Tofts, Tofts, and Patlak models. This intuitive tool automates the generation of vascular input functions (VIF) and provides accurate, quantitative maps that are crucial for assessing tumor vascularity and treatment response.

IB Diffusion

IB Diffusion analyzes MR diffusion-weighted images (DWI) and generates detailed Apparent Diffusion Coefficient (ADC) maps, extrapolated b-values, intravoxel incoherent motion (IVIM), and stretched exponential diffusion parameters. This technology detects microscopic changes in water mobility at a cellular level, providing critical insights into tissue structure and pathology before they are visible on standard anatomical images.

Contact aycan to learn how Imaging Biometrics quantitative imaging solutions can support radiology practices, hospitals, imaging centers, and clinical research teams across the Americas.