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wnt 5a b-catenin expression wnt 5a expression embryo b-catenine intestine level phosphorylation tumour b-catenine 654 mouse adult 13.5 dpc protein control development 5aind cancer receptor tumours wnt 5a induction 654/e result tyrosine 10.5 dpc staining y 654 phosphorylation phenotype b-cateniny activity model b-catenine 654/e embryos 13.5 induction increase kinase adult mice ror 2 adult intestine 10.5 pathway tumour cells wnt 5aind cadherin animal knockout fi gure b-cateniny 654/e mice colorectal cancer group.bmj.com gi receptor tyrosine kinases wnt 5aind embryos elongation speci cell adhesion tissue netherland y 654 allele ror 2 expression wnt 5a protein erasmus mc university 18.5 dpc defect 1 week 18.5 fication beta-catenin cervante mef lines af finity structure colorectal outgrowth interaction adhesion gut.bmj.com tract teto-wnt
2 Most Recent Publications
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Induced Wnt5a expression perturbs embryonic outgrowth and intestinal elongation, but is well-tolerated in adult mice
(Article)
Bakker, E.R.M. Raghoebir, L.J Smits, R. Franken, P.F. Helvensteijn, W. Gurp, L. van Meijlink, F. Valk, M. van der Rottier, R. Kuipers, E.J. Veelen, W. van |
2012-09-01
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β-catenin tyrosine 654 phosphorylation increases Wnt signalling and intestinal tumorigenesis
(Article)
Veelen, W. van Le, N.H. Kuipers, E.J. Fodde, R. Smits, R. Helvensteijn, W. Blonden, L. Theeuwes, J.J.M. Bakker, E. Franken, P.F. Gurp, L. van Meijlink, F. Valk, M.A. van der |
2011-02-09
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