Myoepithelial cells lining milk ducts hold key to spread of DCIS
Researchers at Dana-Farber have found that normal myoepithelial cells, which form part of the lining of the milk ducts, suppress fibroblasts that promote tumor growth and invasion, but when certain genes in the myoepithelial layer become under- or overactive, the layer breaks down and disappears, enabling tumor cells to spread.
Researchers at Dana-Farber have found that normal myoepithelial cells, which form part of the lining of the milk ducts, suppress fibroblasts that promote tumor growth and invasion, but when certain genes in the myoepithelial layer become under- or overactive, the layer breaks down and disappears, enabling tumor cells to spread. The abnormal genes include TGF Beta, Hedgehog, and p63. The study was reported in the May 6 issue of Cancer Cell.
Elevating the Quality of Cancer Care via Cross-Department Collaboration
Experts from Sibley Memorial Hospital discuss how multidisciplinary work has enhanced outcomes such as survival and resource use at their institution.
