PMOD Technologies is focused on providing comprehensive solutions for data processing tasks in molecular imaging research. We are proud to offer a set of dedicated tools which have been proven worldwide over years at leading research sites.

Three tailored modeling tools give easy access to the power of model-based functional analyses.
The general kinetic modeling tool accepts any time sequence data and fits immediately any model the user selects from an extensive list covering compartment models, reference models, graphical plots, and more. The pixel-wise modeling tool allows to apply such models directly to the time course of individual image pixels, resulting in quantitative maps of tissue function. Double spillover from both ventricular chambers is accounted for in the cardiac modeling tool, which prepares the results in appropriate reports to assess function in the standard cardiac segments.

Three image processing tools support highly sophisticated image renderings and analyses.
PMOD Technologies proudly offers a tool for the discrimination of Alzheimer's Dementia from normals based on FDG data, using the methodology and data licensed from a well recognized multi-center study. The highly flexible image registration and fusion tool aids the user in many situations when findings need to be correlated among studies or modalities. The versatile 3D rendering tool offers the capability to joinly visualize information from different studies in a single scene, improving the understanding of spatial arrangements.

The set of specialized tools is complemented by a general tool for image viewing with volume-of-interest analysis and comprehensive DICOM functionality.

A user is free to configure this environment by licensing just the tools he needs. On his desktop, he will get a toolbar that allows him to address his research questions with well-proven methods in a comfortable and powerful environment.

Upon request, PMOD Technologies is also ready to offer the implementation of individual data processing solutions. Due to the object-oriented software design, many types of requests can be fulfilled with relative ease. For instance, most new kinetic models can quickly be added as new plugins. Furthermore, by plugging together high-level components, entire new applications can rapidly be prototyped. The results will be embedded in the PMOD environment, so that the full power of PMOD functionalities is available in the new tool. Taking advantage of these custom PMOD services, a research group can keep the focus on its primary interest, and may circumvent the need for in-house programming.