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Understanding Early Organogenesis Using A Simplified In Situ Hybridization Protocol In Xenopus, Steven J. Deimling, Rami R. Halabi, Stephanie A. Grover, Jean H. Wang, Thomas A. Drysdale
Understanding Early Organogenesis Using A Simplified In Situ Hybridization Protocol In Xenopus, Steven J. Deimling, Rami R. Halabi, Stephanie A. Grover, Jean H. Wang, Thomas A. Drysdale
Paediatrics Publications
Organogenesis is the study of how organs are specified and then acquire their specific shape and functions during development. The Xenopuslaevis embryo is very useful for studying organogenesis because their large size makes them very suitable for identifying organs at the earliest steps in organogenesis. At this time, the primary method used for identifying a specific organ or primordium is whole mount in situ hybridization with labeled antisense RNA probes specific to a gene that is expressed in the organ of interest. In addition, it is relatively easy to manipulate genes or signaling pathways in Xenopus and in situ hybridization …