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: Gynecologic cytopathology
Modality: Cytopathology
Source: Vendor
Abnormal Gallery & Prioritization, AI-Powered Image Analysis, Automated Background Processing, Remote Access & Virtual Microscopy Tool, Web-Based
Datexim CytoProcessor is a digital pathology platform designed to enhance cervical cytology diagnosis by combining artificial intelligence, clinical expertise, and workflow integration.
Subspeciality: Breast pathology
Modality: Histopathology
Source: Vendor
Calcification detection, DCIS detection, IC detection, lymph node metastasis detection, Mitosis count
CLEO BREAST is a software for use with digitized H&E stained breast biopsy & excision tissues. CLEO BREAST employs AI-based algorithms to assist pathologists in their diagnostic journey, integrating AI-enhanced tools to detect the presence of critical biomarkers, such as Invasive Carcinoma, Metastases, Mitoses, Calcifications and Emboli. By incorporating these models, CLEO BREAST not only streamlines the diagnostic process but also heightens its precision. This approach aids pathologists in elevating diagnostic accuracy, curtailing turnaround times, and optimizing lab efficiency. The pathologist has to review the results of CLEO BREAST and is responsible for the final diagnosis.
Subspeciality: Infectious disease cytopathology
Modality: Cytopathology
Source:
Subspeciality: Uropathology
Modality: Histopathology
Source: Public
No key features available
DeepDx® Prostate is a clinically validated and CE-marked AI diagnostic support software for prostate cancer. The software analyzes digitized slide images of Hematoxylin & Eosin (H&E) stained prostate specimens to detect and localize areas of interest. These areas of interest are detected based on their severity in accordance with the Gleason Scoring System.
