DNA Image Ploidy

DNA Ploidy is becoming an accepted prognostic marker. The DNA Ploidy test alone can be used to obtain prognostic information to determine treatment decisions in prostatic, urinary bladder, ovarian, endometrial and renal cell carcinoma among others. The test can also be an additive prognostic marker. More..

Interpath

Whole slide imaging systems are developed and there is acceptance that these whole slide images can be used for diagnostic use and research. Our internet based case review system links the virtual microscope aspect of the imaged slides, other clinical information and associated images in a single location. The system finds application for training, case conferencing or can be integrated in the Pathology work flow. An iPhone application is also available to view the scanned slide images from this system. More...

InterTMA

The use of TMA for research is common place. Our TMA management and scoring system provides a solution to online collaborative scoring and management of TMA based projects, from the initial layout tool to the export of score data from multiple individuals and preparations. More...

TrackCell

Tracking cell movement from live cell mobility experiments can be a time consuming and laborious process. Our system, working from a saved image series allows for the tracking of cell nuclei from frame to frame to be completed quickly and with the increased accuracy that an automated operation allows. The system will track objects selected by the user, and record the location of each item so the internal graphical plotting tools can be used, or the data can be exported for further analysis. More..

3D Tools

There are many structures that can only be understood when they are studied in 3D. These two tools provide a cost effective solution for the reconstruction of datasets. More..

Nucleotyping

The Nucleotyping system is based on the concept of genome instability in cancer, in line with todays understanding and theories of cancer development. Nucleotyping classifies a tumor based on qualitative and quantitative analyses of DNA and chromatin structure in the tumor cell nuclei using advanced high-resolution digital image analysis. More...

IHCTool

Human review of Immunohistochemistry stains can be time consuming and laborious. Counting cells or guessing the percentage stain of a slide is not something the average pathologist enjoys. Our IHC quantification tool offers a protocol based system that can rapidly complete counting and field fractions type quantification from images from standard microscopy cameras, as well as whole slide imaging systems. More...

Microtracker

To be able to directly correlate results from methods such as Nucleotyping and DNA ploidy to histopathological classification and grading on a cell-by-cell basis, allows the results of these quantative system to be put in context of traditional knowledge. Histological sections stained with standard Hematoxilin-Eosin (HE) are scanned with a whole slide scanner before they are de-stained and re-stained with Feulgen-Schiff and scanned with high resolution research microscope and camera combination. The individual nuclei are then segmented and analyzed, before each nuclei is retrieved in the original HE-scan aided by Microtracker. The result are drawn around the same nuclei in the original HE-scan. The method also works on parallel sections. More...

Pathtool

Metrics describing organisation and structure in histopathological sections often rely on evaluations performed by pathologists. Among non specialised pathologists, the inter observer variation can be significant, in for example Gleason scoring. Pathtool is an objective tool that can support pathologists in their work. The aim of Pathtool is to create a computer system for automatic classification of cells and tissue in routine pathological paraffin embedded sections. Automatic classification will include identification of area of interest (tumour area in most cases) and classifying the sample according to a given criteria. More...