Computational Pathology Toolbox developed by TIA Centre, University of Warwick.

Encoder-Decoder Cell and Nuclei segmentation models

AtlasPatch: An Efficient and Scalable Tool for Whole Slide Image Preprocessing

Tissue Cancer Segmentation project using multiple segmentation networks

Feature extraction from GEOJson nuclei and tissue segmentation maps

DL-model for multi-class tissue segmentation in colorectal cancer H&E slides, developed as part of the SemiCOL2023 Challenge.

Quantitatively evaluate tumor stroma reaction within ovarian cancers, and establish assocaitaions to prognosis, molecular signatures.

Cross Tissue Generalization using the LOTO (Leave One Tissue Out) approach on hematoxylin and eosin stained tissue samples. Using the STHELAR dataset created by MICS-Lab at Paris-Saclay University.

Dockerized PrometheusNet inference runtime for PUMA Track 2 melanoma tissue segmentation and nuclei detection.

Repository for publication outlining a number of computational models for complex wound analysis in both mice and humans.

Thumbnail-level tissue segmentation on CAMELYON16 with ALBS, a preprocessing-based masker, and ALBSRefiner, a compact learned refiner.

Tissue context extension of CellViT for nucleus segmentation and classification on breast cancer histology

A complete end-to-end MALDI-MSI analysis pipeline applied to a public mouse urinary bladder dataset. The pipeline covers raw data loading, spectral preprocessing, unsupervised tissue segmentation, and statistical identification of region-specific lipid markers. Built as tutoring material to demonstrate best practices in mass spectrometry

Identify the locations of each functional tissue unit (FTU) in biopsy slides from several different organs.

DESI-MSI tissue region detection using PCA and K-means clustering.