Find the artificial intelligence based software for pathology that you are looking for. All products listed are available for the European market (CE-IVD marked).
The data presented in the pathology domain is under a publication embargo until May 2026 and should not be used for publication purposes until the embargo period has ended.
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Subspeciality: Uropathology
Modality: Histopathology
Source: Vendor
No key features available
Aiforia® Prostate Cancer Gleason 4 Cribriform automatically detects cribriform patterns in Gleason Grade 4 prostate cancer biopsies from whole slide images (WSI). The software aims to reduce diagnostic variability and support pathologists by streamlining subjective and time-consuming assessments.
Subspeciality: Hematopathology
Modality: Cytopathology
Source: Public
No key features available
CellaVision Advanced RBC application performs a pre-characterization based on 21 morphological characteristics
Subspeciality: Hematopathology
Modality: Cytopathology
Source: Public
No key features available
The CellaVision Peripheral Blood Application is intended for differential count of white blood cells, characterization of red blood cell morphology and platelet estimation.
Subspeciality: Hematopathology
Modality: Cytopathology
Source: Public
No key features available
CellaVision Body Fluid Application performs WBC pre-classification: Neutrophils, Eosinophils, Lymphocytes, Macrophages (including Monocytes), Other (nucleated cells) and Unidentified; non WBC pre-classification: Smudge cells and Artefacts. User has the ability to add additional cell classes for manual re-classification.
Subspeciality: Breast pathology
Modality: Histopathology
Source: Vendor
Cancer detection, Cell classification, Proliferation Score, Tissue segmentation
Mindpeak Breast Ki-67 RoI is software for automated analysis of digital histopathology images of invasive mamma carcinoma. It analyzes scanned, fixed, Ki-67 stained samples of invasive ductal and lobular carcinoma. The software detects and classifies IHC-stained tumor cells within predefined regions of interest (ROI) as not-stained (negative) or stained (positive). It provides a proliferation score based on the proportion of tumor-positive cells. Images must meet pre-analytical quality standards. Results are automated but require manual review, adjustment, and final diagnosis by a pathologist.
Subspeciality: Pulmonary pathology
Modality: Histopathology
Source: Vendor
Cancer detection, Cell classification, Tissue segmentation, TPS score
Mindpeak Lung (NSCLC) PD-L1 (SP263) RoI is software for automated analysis of digital histopathology images of non-small cell lung cancer (NSCLC) tissue samples. It supports the analysis of scanned, PD-L1 stained NSCLC samples by detecting and classifying IHC-stained tumor cells within predefined regions of interest (ROI). Tumor cells are classified as not-stained (negative) or stained (positive), with a tumor proportion score (TPS) provided as the ratio of positive tumor cells to all tumor cells. Pathologists must review, adjust, and validate results, and decide on the final diagnosis.
Subspeciality: Multiple
Modality: Histopathology
Source: Vendor
Measurement of the largest metastasis, Metastasis detection in lymph nodes (H&E)
Visiopharm has developed an AI deep learning application that has been trained to detect metastases in H&E stained lymph nodes associated with breast and colorectal adenocarcinoma. This APP enables pathologists to not only detect areas of metastases in lymph nodes. It also measures and orders metastases based on relevant features for either breast or colorectal cancer metastasis (largest metastasis diameter or total area of metastasis).
Subspeciality: Gastrointestinal pathology
Modality: Histopathology
Source: Public
No key features available
CS-Bacter identifies and automatically highlights the presence of H. pylori bacteria in gastric tissue samples.
Subspeciality: Breast pathology
Modality: Histopathology
Source: Public
No key features available
Virasoft PR Nuclear Analysis automates the identification of PR-positive cells, providing scorring for cancer screening in breast tissue samples.
Subspeciality: Breast pathology
Modality: Histopathology
Source: Public
No key features available
Virasoft KI-67 Nuclear Analysis automates the identification of KI-67-positive cells, providing scoring for cancer screening in breast tissue samples.
Subspeciality: Hematopathology
Modality: Cytopathology
Source:
No key features available
The Full Field BMA on X100 is an application capable of displaying high resolution digital images from Romanowsky or Prussian Blue stained BMA slides (acquired using Scopio Labs’ digital microscope). In addition, the Full Field BMA is intended to assist a qualified operator in analyzing bone marrow aspirate samples, through a combination of dedicated software and hardware. The device enables scanning all the relevant parts of the slide, prepares the information for the user to review while keeping the user in full control throughout the workflow. To finalize the analysis, the device enables the operator to fill a bone marrow aspirate review report, based on the ICSH’s recommended best practices.
Subspeciality: Hematopathology
Modality: Cytopathology
Source:
No key features available
The Full Field PBS on X100HT is an application designed to provide high resolution digital imaging of the monolayer and feathered edge regions of stained peripheral blood smear (PBS) slides, acquired using Scopio Labs’ digital microscope. The system is intended to assist a qualified operator in performing peripheral blood smear review through dedicated software and hardware. The device enables scanning of all relevant areas of the slide and prepares the corresponding digital information for operator review, while keeping the user in full control throughout the workflow. The system supports evaluation of peripheral blood samples by enabling: White blood cell (WBC) differential, red blood cell (RBC) morphological assessment and Platelet estimation.
