Whole slide image analysis of the endometrial decidual reaction reveals multiscale perturbations associated with miscarriage
Wright, G.; Rawlings, T. M.; Eastwood, M.; Brighton, P.; Taus Nebot, M.; Estermann, A.; Flett, W. T. M.; Younis, A.; Makwana, K.; Yoshihara, H.; Aplin, J. D.; Kong, C.-S.; Christian, M.; Lucas, E. S.; Muter, J.; Brosens, J. J.; Minhas, F.
Show abstract
The inflammatory decidual reaction renders the cycling endometrium transiently permissive for embryo implantation before transforming it into the decidua, the maternal bed accommodating the fetal placenta during pregnancy. Disruptions in decidual tissue remodeling are linked to miscarriage and other pregnancy disorders. However, endometrial assessment is hampered by a lack of affordable technologies capable of mapping the spatiotemporal dysregulation of this dynamic and complex tissue. Employing a graph neural network on whole slide images of 493 CD56-immunostained endometrial samples, Endometronome was developed as a deep learning tool to spatially track the decidual reaction and provide accurate estimates of marker gene expression. When applied to 2,690 additional biopsies, this model consistently identified morphological correlates of prior miscarriage burden, a proxy for future risk. Further, a morphological signature indicative of metabolic glandular impairment discriminated between clinical miscarriage presentations. These findings illustrate how advanced imaging analysis of routine histology can transform miscarriage prevention strategies.
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