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Breastfeeding Does Reduce Breast Cancer Risk, But… - Isabelle Hinch

Year
2026
Summary

This research investigates how the protein Speedy influences breast tissue remodelling after pregnancy and its potential role in postpartum breast cancer. Mouse experiments suggest elevated Speedy reduces cell death but increases precancerous growths following carcinogen exposure. Understanding this mechanism could reveal new biomarkers and targets for earlier cancer detection.

Organisation
University of Windsor
Tags (38)
Postpartum Breast Cancer
Breast Cancer
Pregnancy-Associated Breast Cancer
Mammary Gland Development
Mammary Involution
Breast Tissue Remodelling
Weaning
Breastfeeding
Maternal Health
Cancer Biology
Molecular Oncology
Speedy Protein
Cell Proliferation
Cell Survival
Cell Death
Apoptosis
Tissue Regeneration
Cancer Risk
Tumour Development
Tumorigenesis
Hyperplastic Nodules
Precancerous Lesions
Carcinogenesis
Carcinogen Exposure
Mouse Models
Experimental Oncology
Breast Cancer Biomarkers
Cancer Screening
Early Cancer Detection
Molecular Mechanisms
Reproductive Biology
Developmental Biology
Mammary Epithelial Cells
Cancer Prevention
Diagnostic Targets
Young Women
Cancer Recurrence
Cancer Metastasis
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