Atlas of Xenopus Development
Developmental biology attracts scientists from many different areas of biology, and the amphibian Xenopus holds a special place among the organisms studied as a model of vertebrate development. Until now, no recently published atlas existed to aid researchers and students coming to the Xenopus embryo for the first time.
The present book satisfies this need. With its synthesizing approach and its generous provision of beautiful scanning, transmission, and light microscopy images, this unique volume will be a standard reference not only for developmental biologists but for all students of embryology, histology, and comparative anatomy.
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30-h-old embryo 5-day-old larva alimentary canal anal tube animal pole anlagen archenteron Bernardini blastocoel blastopore blastopore lip branchial cavity cartilaginous caudally cement gland cephalon cleavage furrow cloaca coelomic cortical granule cut as shown cytoplasm derm Dev Biol diencephalon differentiate ectoderm electron embryo endoderm enlargement epithelium external gill fertilization layer follicle cells foregut Further Reading gastrulation give origin images intestinal larva lateral lens marginal zone mesencephalon mesenchyme micromeres microscopy microvilli midgut neural crest neural tube neurulation notochord oesophagus olfactory pit oocyte optic organ otic capsules otic vesicle otoliths parachordal cartilage pars recta pharynx pigment plane plasma membrane pronephric tubules prosencephalon region retina rhombencephalon section of Fig shows Side view somite specimens sperm spermatids spermatozoa spinal cord stage Stereophotomicrographs stomodeal depression structure surrounded tadpole tapetum nigrum tion tissue trachea Transverse histological sections ureters vacuolated velar plate ventral fin vitelline envelope vitelline plug Xenopus eggs Xenopus laevis yolk