- Fluorescent imaging technologies now allow for multiplex immunofluorescence (mIF) of up to 100 targets on a single slide. However, the ability to quantitatively analyze the resulting data, especially on whole-slide images (WSI), is limited by scalability and reproducibility.
- Currently used platforms for segmenting cancer cells and nuclei involve segmentation algorithms that are hand-tuned on individual fields of view, making these methods subjective and difficult to replicate.
- To this end, we sought to develop an end-to-end workflow for WSI mIF data in cancer, from raw images to cell-level features (Fig. 1), using stateof-the-art deep learning models for tissue, cell, and nuclei segmentation.
Waleed Tahir
1,*, Emma Krause
1,*, Judy Shen
1, Vignesh Valaboju
1, Jin Li
1, Howard Mak
1, Mohammad Mirzadeh
1, Kevin Rose
1, Guillaume Chhor
1, Joseph Lee
1, Jun Zhang
1, Jacqueline Brosnan-Cashman
1, Michael G. Drage
1, Justin Lee
1, Carlee Hemphill
2, Saumya Pant
2, Robert Egger
1
1PathAI, Boston, Massachusetts
2PathAI Biopharma Lab, Memphis, Tennessee
*Contributed equally to this study.