Heat Maps with DeePathology STUDIO in 5 minutes
Getting starded with DeePathology STUDIO in 7 minutes
DeePathology STUDIO WEB – End of year WEBINAR
We invite you to join Dr. Chen Sagiv, DeePathology co founder and co CEO for a real life demonstration of what can be done with state of the art AI in computational pathology: cells quantification, tissue segmentation and classification of objects.
DeePathology STUDIO WEB – End of year Demo Day
We invite you to have an AI for Pathology co creation session with DeePathology experts and have a first hand experience with the DeePathology STUDIO WEB on our slides or your own. No installations needed. No AI experience needed.
How to detect mitotic figures with the DeePathology™ STUDIO
Learn how you can easily create algorithms in the objects mode of the STUDIO as illustrated with this example of mitotic figure detection in hepatocellular carcinoma. * The results shown in this video are in whole or part based upon data generated by the TCGA Research Network: https://www.cancer.gov/tcga
AI for Pathologists Course 2023
Session 1:Introduction to AI and the Basics of Deep Neural Networks Session 2:How to train a Deep Neural Network Session 3:Basic Deep Learning Architectures Session 4: Metrics to evaluate the performance of AI Session 5: Advanced AI Architectures Session 6: AI in Pathology
Creating multilayered analyses by combining algorithms
Using the STUDIO, you can combine different types of algorithms to create multilayered analyses of whole slide images, for example to calculate the density of different cell types in different regions of a sample as illustrated in this video on a NeuN-stained FFPE mouse brain section.
Validate your algorithm
Learn how you can validate your algorithm based on ground truth annotations to have exact control over the algorithm’s performance.
Cells Mode: Gallery for quick annotation
Learn how to use the Gallery in the Cells Mode to develop an algorithm that quickly and accurately detects neurons for further quantification in FFPE mouse brain sections stained against the neuronal marker NeuN.
Regions Mode
Learn how to use the Regions Mode to create a simple region segmentation algorithm that identifies the hippocampus in H&E mouse brain sections.
