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Abstract Blue Swirls

Breast Cancer Histopathology Analysis

  • Participants will review approved image tiles or whole-slide regions, annotate tissue and tumor regions according to the protocol, identify scanning/staining artifacts, and flag ambiguous areas for pathology adjudication.

  • Expected outputs include:

    • Curated digital pathology dataset.

    • Tumor-region annotations.

    • Pathologist-adjudicated labels.

    • Candidate detection/segmentation model.

    • Slide/patient-level evaluation.

    • Dice/IoU and AUROC-related analyses where relevant.

    • Manuscript, poster, certificates.

  • Artificial Intelligence in Healthcare

  • Artificial Intelligence, Oncology, Pathology, Mastology

  • Jorge Racedo at microscopIA, External Clinicians

  • Open internationally to medical students, health-science students, physicians, biomedical engineers, data-science students, laboratory professionals, and other students or professionals whose backgrounds are relevant to the project.


    Prior experience in artificial intelligence is not required. Participants will receive project-specific training before independent annotation begins.

    Applicants should have:

    • Professional or academic interest in the clinical area.

    • Sufficient English proficiency for scientific work.

    • Reliable internet access.

    • Strong attention to detail.

    • Ability to follow standardized research protocols.

    • Availability for approximately 3–5 hours per week.

    • Willingness to participate in scientific writing and quality-control activities.

    Participation is offered through microscopIA membership. Selected applicants must hold a membership tier that permits enrollment in Join a Project and comply with the applicable Membership and Project Terms throughout their participation.

  • Any Country

  • Clinical Annotation, Data Curation, Data Validation, Data Quality Control, Literature Review, Database Development, Manuscript Preparation, Manuscript Revision, Poster Preparation, Conference Presentation, Response to Reviewers, AI Training (Data Processing and Labeling)

  • 7

  • English, Spanish

  • View More

    External PubMed-indexed methodological precedent: Cruz-Roa A, et al. Accurate and reproducible invasive breast cancer detection in whole-slide images: A Deep Learning approach for quantifying tumor extent. Sci Rep. 2017. PMID: 28418027.

  • Training will cover breast tissue architecture, relevant malignant/benign patterns, tumor-region annotation, histology artifacts, whole-slide imaging concepts, and tile-versus-patient data separation.
  • October 15, 2026 at 12:00:00 AM

  • October 20, 2026

  • October 26, 2026

  • December 15, 2026

  • Each participant may declare a maximum of two institutional affiliations.

    Format:

    Department, Organization (Hospital, University, Company), City, Country.

  • microscopIA will cover approved publication fees associated with the anticipated regional manuscript.

    Participants will not be required to personally pay approved article-processing charges.

    Memberships are reinvested to pay microscopIA staff (epidemiologists, engineers, data scientists) salaries and to cover the publication fees for the resulting manuscripts. This maintain our work neutral, financially self-sustainable, and without any existing conflict of interest to maintain rigor and integrity in evidence generation.

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