HEIDELBERG, 22 May 2012 The impact and influence of thirty years of research into the Wnt/beta-catenin signaling pathway are highlighted in a special issue of The EMBO Journal. "Three decades of Wnt signalling" summarizes many of the crucial scientific developments that have taken place since the discovery of the first mammalian Wnt gene in 1982. The reviews also describe many of the crucial research findings that have established the pathway as one of the fundamental signal transduction mechanisms in development and disease.
Eric Wieschaus, Professor of Molecular Biology at the University of Princeton, remarked: "30 years ago, in the early days of Wnt research, no one anticipated how broadly the pathway would be utilized during development. We now know that Wnt signalling and the components of the Wnt pathway play a central role in patterning and cell fate in organisms from sea urchins to humans and operate in processes as diverse as stem cell maintenance, tissue polarity and neuronal development. We should not be surprised therefore by the parallel importance of the Wnt pathway in cancer and human disease."
Wnt-components and the signals they elicit have roles in many biological processes that range from cell behavior to the determination of cell fate. The discovery of the close relationship between the first mammalian Wnt gene, the int1 proto-oncogene, and the wingless gene in Drosophila provided an important early link between cancer biology and developmental genetics. Multidisciplinary research involving Drosophila geneticists, cancer biologists and molecular biologists, has facilitated the molecular dissection of Wnt pathways, establishing them as one of the first and best understood evolutionary conserved signaling mechanisms.
Today, the Wnt research community is bigger than ever, providing new insight into how cells interact to form a developing organism. This research is leading to the emergence of therapeutic appr
|Contact: Barry Whyte|
European Molecular Biology Organization