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Featured researches published by Hendrik C. Korswagen.


Wormbook | 2013

Wnt signaling in C. elegans

Hitoshi Sawa; Hendrik C. Korswagen

Wnt proteins are secreted lipid-modified glycoproteins that control many aspects of development in organisms ranging from sponges to vertebrates. Wnt proteins are also important regulators of C. elegans development, with functions in processes as diverse as cell fate specification, asymmetric cell division, cell migration and synapse formation. In this review, we will give an overview of what we currently know about the signaling mechanisms that mediate these different functions of Wnt.


Archive | 2005

[Table], Table 1. Wnt pathway components in C. elegans

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 1, The canonical Wnt/β-catenin pathway.

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 5, Asymmetric cell division regulated by the Wnt/β-catenin asymmetry pathway.

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 3, The Wnt secretion pathway.

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 6, Asymmetric localization of components of the Wnt/β-catenin asymmetry pathway in seam cells.

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 4, The Wnt dependent migration of the Q neuroblast descendants.

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 8, Various effects of Wnt signaling on the nervous system.

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 7, Wnt dependent cell migrations.

Hitoshi Sawa; Hendrik C. Korswagen


Archive | 2005

Figure 2, Single molecule mRNA FISH (smFISH) analysis of the five C. elegans Wnt genes and sfrp-1.

Hitoshi Sawa; Hendrik C. Korswagen

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