Scan Gallery

Intraoperative histology is a cornerstone of surgical oncology, yet clinicians face a trade-off between speed and structural detail. Frozen sections can be rapid but give poor and variable histology, while standard histology gives rich architectural and histology information but only after the surgery is completed. This raw whole-slide MLI® of healthy murine brain tissue shows a label-free approach that captures detailed structural information without staining, or other chemi

Unenhanced MLI® of an unstained pelvic biopsy specimen readily identifies areas of endometriosis.

Unenhanced whole slide MLI® of human skin cancer demonstrating basal cell carcinoma (BCC) architecture. Tissue and interpretation from Dr. Marie Abi Daoud, University of Calgary.

Unenhanced MLI® alongside MLI® virtual H&E showing the diagnostic features of human breast ductal carcinoma in situ. Tissue courtesy of Ontario Institute for Cancer Research.

MLI® virtual HER2 staining performance compared against ground truth HER2 Immunohistochemical staining. MLI® virtual HER2 staining shows strong concordance and localization across the distribution of HER2 seen in clinical samples.

Unenhanced MLI® of mouse eye cross section showing ocular anatomy, captured in collaboration with Prof. Kathleen Hill, Western University, Canada.

MLI® whole slide of invasive ductal carcinoma. Tissue courtesy of Ontario Institute for Cancer Research.