OctoPath: Revolutionizing Digital Pathology with AI

OctoPath is an advanced AI-powered platform developed by the Collins-Fekete Lab, designed to support pathologists in accelerating and enhancing cancer diagnosis workflows. By leveraging sophisticated AI models for precise cell detection and classification—such as CD8+ and CD4+ Immune Cells, Macrophages, B Cells, Goblets cells, and epithelial cells—it delivers improved diagnostic accuracy and time efficiency. The platform includes specialized models like Mitoses Index, ImmunoProfile, Deep Stromal Score, CytoProfile, Atypical Mitoses, and Tumour Cell Density, all trained on image classification and tumour identifying markers to support critical decisions in pathology. With interactive features like an AI DEMO and a 'CHAT WITH US!' interface, OctoPath offers an intuitive, research-driven tool for professionals in medical diagnostics. Its curated 'Cell Collection' adds a creative and engaging touch, showcasing the tool's innovative spirit.

Key Features:

• AI-powered cell detection and classification
• Detection of specific cell types: CD8+ Immune Cells, CD4+ Immune Cells, Macrophages, B Cells, Goblets cells, epithelial and other cells
• Specialized AI models: Mitoses Index, ImmunoProfile, Deep Stromal Score, CytoProfile, Atypical Mitoses, Tumour Cell Density
• Support for sarcoma sub-type diagnosis
• Advanced image classification and tumour identifying marker analysis
• Interactive AI DEMO for real-time exploration
• Chat support via 'CHAT WITH US!' feature
• Curated Cell Collection with thematic, visually engaging cell samples

Pricing: OctoPath offers a free access tier with a Pro tier available via subscription, making it accessible for initial exploration and scalable for professional use.

Conclusion: OctoPath stands at the forefront of AI in digital pathology, combining clinical precision with user-friendly innovation to empower pathologists and improve patient outcomes.