Image Gallery

• Figure 1: Mesoderm formation
• Figure 2: Overexpression of Sprouty2 results in a shortened phenotype in embryos
• Figure 3: Embryo montage
• Figure 4: Cross sections of the spinal cord of Xenopus tadpoles
• Figure 5: Trigeminal nerve in a transgenic stage 28 tadpole
• Figure 6: Cranial nerves revealed in a transgenic stage 47 tadpole
• Figure 7: Primitive myeloid cells congregated round an embryonic wound
• Figure 8: γ-crystallin promoter-GFP transgenic tadpole
• Figure 9: γ-crystallin GFP transgenic frog
• Figure 10: CarGFP3 transgenic embryos expressing GFP
• Figure 11: Transgenic and DNA injected embryos expressing CAT
• Figure 12: Transgenic tadpole expressing GFP from the muscle actin promoter
• Figure 13: Transgenic tadpole expressing GFP from the muscle actin promoter
• Figure 14: N-Tubulin/GFP transgenic live tadpole & neurofilament stained tadpole
• Figure 15: Transgenic tadpole expressing GFP in axons from olfactory placode to olfactory bulb
• Figure 16: Transgenic tadpoles expressing GFP from the EF1α promoter
• Figure 17: Transgenic tadpole brain expressing τGFP
• Figure 18: Nervous system of a tadpole visualised by immunofluorescence
• Figure 19: Electroporation of GFP expressing vectors in the brain of a tadpole
• Figure 20: Transgenic tadpoles expressing GFP from the ubiquitous CMV promotor
• Figure 21: Targeted gene expression in transgenic Xenopus using the binary Gal4-UAS system