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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alimentary canal anal appears archenteron becomes Bernardini biology blastocoel blastopore called caudally cavity cells cement gland clearly cleavage cleavage furrow close coelomic cortical granule crystalline lens cuts cytoplasm Derivatives detail Dev Biol Developmental diencephalon differentiate divided dorsal ectoderm electron embryo endoderm enlargement epithelium evident external gill fertilization Figure floor followed formation furrow Further give head heart histological sections images intestine larva lateral lateral mesoderm layer lens liver maturation mesencephalon mesoderm mouth neural tube notochord olfactory pit oocyte opening optic oral organ origin otic vesicle pharynx pigment plane plasma membrane portion position present pronephric tubules region retina section of Fig seen shown shows side skin somite specimens sperm spermatozoa spinal cord stage starts structure surface surrounded tion tissue transverse ureters velar plate ventral ventral fin visible vitelline envelope Xenopus laevis yolk zone