The Molecular Biology of Cadherins

<p>Stability and dynamics of cell-cell junctions</p> <p>T. Lecuit</p> <p>Signaling by classical cadherin adhesion receptors</p> <ol> <p> <li>Yap</li> </ol> <p>New insights into the evolution of metazoan cadherins</p> <p>P. Hulpiau</p> <p>Where the cadherins root: the diverse junctional plaques</p> <p>S. Rickelt</p> <p>Structure, function and regulation of desmosomes</p> <ol> <p> <li>Kowalczyk</li> </ol> <p>VE-cadherin and vascular morphogenesis</p> <p>E. Dejana</p> <p>Neuronal diversity by clustered protocadherins</p> <p>T. Yagi</p> <p>Delta-protocadherins in health and disease</p> <ol> <p> <li>Kahr</li> </ol> <p>Role of Celsr-1 to -3 in mouse brain development</p> <p>C Boutin</p> <p>N-cadherin function in development and disease</p> <p>G. Radice</p> <p>Cadherin dynamics during neural crest cell ontogeny</p> <p>L. Taneyhill</p> <p>Cadherins and EMT: Regulation in normal tissue homeostasis and related pathologies</p> <p>G. Berx</p> <p>Cadherin abnormalities in familial cancers</p> <p>F. Caneiro</p> <p>The other catenins: challenging our current view of canonical Wnt signaling</p> <p>P. Mccrea</p> <p>Afadin/AF6/Canoe: Roles in the organization of junctional complexes</p> <p>K. Mandai</p>