Pregnancy induces a rapid and controlled expansion of mammary stem cells. In this issue of Developmental Cell, Desgrosellier et al. (2014) show that β3-integrin is required downstream of hormonal signaling and TGFβ2 to regulate mammary stem cell number and alveolar development specifically during early pregnancy
Specification of mammary epithelial cell fate occurs during embryogenesis as cells aggregate to form...
The mammary gland is a unique organ in that it undergoes most of its development after birth under t...
AbstractWe have examined the role of integrin–extracellular matrix interactions in the morphogenesis...
SummaryAlthough integrin αvβ3 is linked to cancer progression, its role in epithelial development is...
This article explores new ideas about how the ECM-integrin axis controls normal and malignant breast...
SummaryIn a recent Nature Cell Biology paper, Taddei et al. (2008) reveal that deletion of β1 integr...
Following a highly dynamic and complex dialogue between the epithelium and the surrounding microenvi...
AbstractDifferentiation into tissue-specific cell types occurs in response to numerous external sign...
International audienceThe mammary gland epithelium comprises two major cell types: basal and luminal...
AbstractDespite evidence demonstrating the role of β1-integrin in the regulation of cancer cell prol...
AbstractThe development of the mammary gland is spatially regulated by the interaction of the mammar...
Integrins have been shown to exert regulatory influences on mammary differentiation and morphogenesi...
Integrin mediated cell-matrix adhesion regulates the development and function of a range of tissues,...
The mammary gland is a unique and specialized epidermal organ; mammary organogenesis begins in the e...
Integrin-mediated adhesion regulates the development and function of a range of tissues; however, li...
Specification of mammary epithelial cell fate occurs during embryogenesis as cells aggregate to form...
The mammary gland is a unique organ in that it undergoes most of its development after birth under t...
AbstractWe have examined the role of integrin–extracellular matrix interactions in the morphogenesis...
SummaryAlthough integrin αvβ3 is linked to cancer progression, its role in epithelial development is...
This article explores new ideas about how the ECM-integrin axis controls normal and malignant breast...
SummaryIn a recent Nature Cell Biology paper, Taddei et al. (2008) reveal that deletion of β1 integr...
Following a highly dynamic and complex dialogue between the epithelium and the surrounding microenvi...
AbstractDifferentiation into tissue-specific cell types occurs in response to numerous external sign...
International audienceThe mammary gland epithelium comprises two major cell types: basal and luminal...
AbstractDespite evidence demonstrating the role of β1-integrin in the regulation of cancer cell prol...
AbstractThe development of the mammary gland is spatially regulated by the interaction of the mammar...
Integrins have been shown to exert regulatory influences on mammary differentiation and morphogenesi...
Integrin mediated cell-matrix adhesion regulates the development and function of a range of tissues,...
The mammary gland is a unique and specialized epidermal organ; mammary organogenesis begins in the e...
Integrin-mediated adhesion regulates the development and function of a range of tissues; however, li...
Specification of mammary epithelial cell fate occurs during embryogenesis as cells aggregate to form...
The mammary gland is a unique organ in that it undergoes most of its development after birth under t...
AbstractWe have examined the role of integrin–extracellular matrix interactions in the morphogenesis...
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