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Part I. Introduction
Chapter 1. Evolution of the Wnt pathway. Jennifer C Croce and David R McClay
Part II. Dictyostelium
Chapter 2. Dictyostelium development: a prototypic Wnt pathway? Adrian J Harwood
Chapter 3. Monitoring patterns of gene expression in Dictyostelium by b -galactosidase staining. Adrian J Harwood
Chapter 4. Use of the Dictyostelium stalk cell assay to monitor GSK-3 regulation. Adrian J Harwood
Part III. Cnidarians
Chapter 5. Wnt signaling in Cnidarians. Thomas Holstein
Chapter 6. Detecting expression patterns of Wnt pathway components in Nematostella vectensis embryos Shalika Kumburegama, Naveen Wijesena, and Athula H. Wikramanayake
Chapter 7. Detection of expression patterns in Hydra pattern formation. Hans Bode, Tobias Lengfeld, Bert Hombayer and Thomas Holstein
Part IV. elegans
Chapter 8: Analysis of Wnt signaling pathways during C. elegans postembryonic development. Samantha Van Hoffelen and Michael A. Herman
Chapter 9. Wnt signaling during C. Elegans embryonic development. Daniel J Marston, Minna Roh, Amanda J Mikels, Roel Nusse and Bob Goldstein
Part V. Drosophila
Chapter 10. Function of the Wingless signaling pathway in Drosophila. Foster C Gonsalves and Ramanuj DasGupta
Chapter 11. Visualisation of PCP defects in the eye and wing of Drosophila melanogaster Natalia Arbuzova and Helen McNeill
Chapter 12. Wingless signaling in Drosophila eye development. Kevin Legent and Jessica Treisman
Chapter 13. High-throughput RNAi screen in Drosophila. Ramanuj DasGupta and Foster C Gonsalves
Part VI. Sea urchin
Chapter 14. Wnt signaling in early sea urchin development. Shalika Kumburegama and Athula H. Wikramanayake
Chapter 15. Detecting expression patterns of Wnt pathway components in sea urchin embryos using whole mount in situ hybridization. Joanna M. Bince and Athula H. Wikramanayake
Chapter 16. Functional analysis of Wnt signaling in the early sea urchin embryo using mRNA microinjection. Joanna M Bince and Athula H. Wikramanayake
Part VII. Zebrafish
Chapter 17. Wnt signaling mediates diverse developmental processes in zebrafish. Heather Verkade and Joan K Heath
Chapter 18. Determination of mRNA and protein expression patterns in zebrafish. Elizabeth L Christie, Adam C Parslow and Joan K Heath
Chapter 19. Manipulation of Gene Expression during Zebrafish Embryonic Development using Transient Approaches, Benjamin M. Hogan, Heather Verkade, Graham J. Lieschke and Joan K. Heath
Chapter 20. Neural patterning and CNS functions of Wnt in Zebrafish. Richard Dorsky
Part VIII. Xenopus
Chapter 21. Studying Wnt signaling in Xenopus. Stefan Hoppler
Section A: Methods for studying Wnt signaling in Xenopus embryos
Chapter 22. Analysis of gene expression in Xenopus embryos. Danielle L Lavery and Stefan Hoppler
Chapter 23. Detection of nuclear b -catenin in xenopus embryos. Francois Fagotto and Carolyn M Brown
Chapter 24. Transgenic reporter tools tracing endogenous canonical Wnt signaling in Xenopus. Tinneke Denayer, Hong Thi Tran and Kris Vleminckx
Chapter 25. Gain-of-function and Loss-of-function strategies in Xenopus. Danielle L Lavery and Stefan Hoppler
Chapter 26. How the mother can help – studying maternal Wnt signaling by antisense-mediated depletion of maternal mRNAs and the host transfer technique. Adnan Mir and Janet Heasman
Chapter 27. Inducible gene expression in transient transgenic Xenopus embryos. Grant N Wheeler, Danielle L Lavery and Stefan Hoppler
Chapter 28. Wnt-Frizzled interactions in Xenopus. Herbert Steinbeisser and Rajeeb K Swain
Section B: Wnt signaling function in Xenopus development
Chapter 29. Dorsal axis duplication as a functional read-out for Wnt activity. Michael Kuhl and Petra Pandur
Chapter 30. Regulation of Convergent Extension by Non-canonical Wnt signaling in the Xenopus Embryo. Lars F Petersen, Hiromasa Ninomiya and Rudolf Winklbauer
Chapter 31. Frizzled-7 dependent tissue separation in the Xenopus gastrula. Rudolf Winklbauer and Olivia Luu
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Add Wnt Signaling: Volume 2, Pathway Models, Since their discovery, Wnt signaling molecules have been shown to control key events in embryogenesis, to maintain tissue homeostasis in the adult and, when aberrantly activated, to promote human degenerative diseases and cancer, thus making them a vital , Wnt Signaling: Volume 2, Pathway Models to the inventory that you are selling on WonderClubX
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Add Wnt Signaling: Volume 2, Pathway Models, Since their discovery, Wnt signaling molecules have been shown to control key events in embryogenesis, to maintain tissue homeostasis in the adult and, when aberrantly activated, to promote human degenerative diseases and cancer, thus making them a vital , Wnt Signaling: Volume 2, Pathway Models to your collection on WonderClub |