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• catalog contributor b12785629.
• catalog created "2003.".
• catalog date "2003".
• catalog date "2003.".
• catalog dateCopyrighted "2003.".
• catalog description "1 Patterning and positional information / L. Wolpert, M. Kerzberg 1 -- 2. Positional information 1 -- 3. Interpretation of positional information 4 -- 3.2 Prepattern mechanisms 5 -- 3.3 Insect development 6 -- 3.4 Evolution and pattern 8 -- 2 Laying down the vertebrate body plan / M. Davey, Illustrations by M. Davey 10 -- 2. Xenopus early development illustrates the general principles 11 -- 3. Chick, mouse, and zebrafish development 15 -- 3.1 Early stages in chick, mouse, and zebrafish development 15 -- 3.2 Relationship between the polarity of egg and embryo in chicks, mice, and zebrafish 18 -- 3.3 Gastrulation in chick, mouse, and zebrafish 20 -- 3 Patterning the Xenopus embryo / J.C. Smith, R. White 24 -- 2. From oocyte to egg: establishing the animal-vegetal axis 25 -- 2.1 Localized RNAs 25 -- 3. Fertilization: establishing the dorsoventral axis 26 -- 3.1 Cortical rotation".
• catalog description "152 -- 5.1 Modulation of ligand and receptor function 152 -- 5.2 Signal transduction pathways 153 -- 5.3 Calcium and cAMP in growth cones 155 -- 8 Patterning of the neural crest / C.A. Erickson 166 -- 2. Migration of melanoblasts: is the exception really the rule? 167 -- 2.1 Evidence for cell-autonomous pathfinding of melanoblasts 167 -- 2.2 What molecular properties allow melanoblasts to access the dorsolateral path? 1690 -- 2.3 When and how is the melanoblast lineage specified? 171 -- 2.4 Mistakes will be made! 172 -- 3. Patterning along the ventral pathway 173 -- 3.1 Migration through the somite 175 -- 3.2 Dorsal migration through the somite 178 -- 3.3 Control of lineage segregation and migratory behaviour on the ventral path 180 -- 4. Patterning of the cranial neural crest 187 -- 9 Insights into the molecular basis of vertebrate forelimb and hindlimb identity /".
• catalog description "26 -- 3.2 The [beta]-catenin pathway 26 -- 4. Mesoderm induction: realizing the animal-vegetal axis 28 -- 4.1 Cleavage divisions in Xenopus 28 -- 4.2 Mesoderm induction 29 -- 4.3 Mesoderm-inducing factors 29 -- 4.4 Concentration-dependent effects of inducing factors 30 -- 4.5 The functions of mesoderm-specific genes: Brachyury targets 31 -- 5. Dorsalization: realizing the dorsoventral axis 33 -- 5.1 Goosecoid, siamois, and twin 34 -- 5.2 Xnr3 35 -- 5.3 Inhibitors of BMP and Wnt signalling 35 -- 4 Somite and axial development in vertebrates / Clementine Hofmann 48 -- 2. Morphogenesis: development of the skeleton 49 -- 2.1 Establishing the primary body axis: from primitive streak to somites 49 -- 2.2 Constructing the vertebral column: differentiation of somites into dermomyotome and sclerotome 51 -- 2.3 Differentiation and maturation: from sclerotomes to vertebrae, from cartilage to bone".
• catalog description "52 -- 3. Patterning the vertebral column: signalling molecules and molecular responses 53 -- 3.1 Growth factors, signalling molecules, and transcription factors in paraxial mesoderm formation 53 -- 3.2 Segmentation of paraxial mesoderm into somites 56 -- 3.3 Signalling molecules in somite patterning and differentiation 64 -- 3.4 Hox genes in anteroposterior specification along the axis 71 -- 5 Vertebrate neurogenesis / Kate G. Storey 90 -- 2. Tissue sources of neural inducing signals 91 -- 3. Neural competence 92 -- 4. Candidate neural inducers and the default model of neural induction 93 -- 5. Early responses to neural inducing signals and the neural precursor cell state 97 -- 6. Assignment of neural cell fate in Drosophila 98 -- 7. Vertebrate proneural gene homologues 100 -- 8. The regulation of neuron production by Notch/Delta signalling 101 -- 9. Neurogenesis and regional identity 103 -- 10.".
• catalog description "Hox genes and the modification of axial skeletal regionalization 226.".
• catalog description "Includes bibliographical references and index.".
• catalog description "Themes and future perspectives 104 -- 6 Anteroposterior regionalization of the vertebrate nervous system / Anthony Graham, Ivor Mason 114 -- 2. Initial anteroposterior regionalization of the neural primordium 114 -- 3. Patterning the forebrain 114 -- 4. Patterning the midbrain 117 -- 5. Patterning the hindbrain 119 -- 6. Influence of the isthmus on the anterior hindbrain 122 -- 7. Patterning the spinal cord 128 -- 7 Axon guidance in the developing vertebrate nervous system / Sarah Guthrie 138 -- 1. Differentiation and axonogenesis 138 -- 2. Axon guidance 139 -- 3. Axon guidance molecules 140 -- 4. Axon guidance in the CNS 143 -- 4.1 Guidance at the midline of the central nervous system 143 -- 4.2 Formation of sensory and motor pathways to and from the spinal cord and brainstem 146 -- 4.3 Axon guidance within the visual system 150 -- 5. Signal transduction systems for axon guidance".
• catalog description "Yasuhiko Kawakami, Tohru Tsukui, Jennifer K. Ng, Juan Carlos Izpisua-Belmonte 198 -- 2. Morphological differences 198 -- 3. Molecular differences 202 -- 4. Classical tissue-graft experiments updated 204 -- 5. Roles of Pitx1, Tbx4, and Tbx5 in limb identity 205 -- 10 Evolutionary aspects of vertebrate patterning / Sebastian M. Shimeld 214 -- 1.1 The relationship between evolution and development 214 -- 2. The origin of vertebrates 215 -- 2.1 The chordate bodyplan and conserved features of chordate patterning 215 -- 2.2 Molecular evolution of developmental genes in early vertebrate evolution 218 -- 2.3 Evolution of vertebrate characters: neural crest, placodes, and endoskeleton 220 -- 3. Major transitions in vertebrate evolution 223 -- 3.1 The origin of paired fins 223 -- 3.2 The origin of the tetrapod limb 224 -- 3.3 The evolution of jaws and modification of the branchial arches 225 -- 4.".
• catalog extent "xvii, 242 p., [4] p. of plates :".
• catalog identifier "0199638691 (pbk.)".
• catalog identifier "0199638705 (hbk.)".
• catalog isPartOf "Frontiers in molecular biology ; 41".
• catalog issued "2003".
• catalog issued "2003.".
• catalog language "eng".
• catalog publisher "Oxford ; New York : Oxford University Press,".
• catalog subject "2003 G-654".
• catalog subject "571.8/16 21".
• catalog subject "Body Patterning.".
• catalog subject "Pattern formation (Biology)".
• catalog subject "QL 959 P3166 2003".
• catalog subject "QL959 .P43 2002".
• catalog subject "Vertebrates Development.".
• catalog subject "Vertebrates embryology.".
• catalog subject "Vertebrates growth & development.".
• catalog tableOfContents "1 Patterning and positional information / L. Wolpert, M. Kerzberg 1 -- 2. Positional information 1 -- 3. Interpretation of positional information 4 -- 3.2 Prepattern mechanisms 5 -- 3.3 Insect development 6 -- 3.4 Evolution and pattern 8 -- 2 Laying down the vertebrate body plan / M. Davey, Illustrations by M. Davey 10 -- 2. Xenopus early development illustrates the general principles 11 -- 3. Chick, mouse, and zebrafish development 15 -- 3.1 Early stages in chick, mouse, and zebrafish development 15 -- 3.2 Relationship between the polarity of egg and embryo in chicks, mice, and zebrafish 18 -- 3.3 Gastrulation in chick, mouse, and zebrafish 20 -- 3 Patterning the Xenopus embryo / J.C. Smith, R. White 24 -- 2. From oocyte to egg: establishing the animal-vegetal axis 25 -- 2.1 Localized RNAs 25 -- 3. Fertilization: establishing the dorsoventral axis 26 -- 3.1 Cortical rotation".
• catalog tableOfContents "152 -- 5.1 Modulation of ligand and receptor function 152 -- 5.2 Signal transduction pathways 153 -- 5.3 Calcium and cAMP in growth cones 155 -- 8 Patterning of the neural crest / C.A. Erickson 166 -- 2. Migration of melanoblasts: is the exception really the rule? 167 -- 2.1 Evidence for cell-autonomous pathfinding of melanoblasts 167 -- 2.2 What molecular properties allow melanoblasts to access the dorsolateral path? 1690 -- 2.3 When and how is the melanoblast lineage specified? 171 -- 2.4 Mistakes will be made! 172 -- 3. Patterning along the ventral pathway 173 -- 3.1 Migration through the somite 175 -- 3.2 Dorsal migration through the somite 178 -- 3.3 Control of lineage segregation and migratory behaviour on the ventral path 180 -- 4. Patterning of the cranial neural crest 187 -- 9 Insights into the molecular basis of vertebrate forelimb and hindlimb identity /".
• catalog tableOfContents "26 -- 3.2 The [beta]-catenin pathway 26 -- 4. Mesoderm induction: realizing the animal-vegetal axis 28 -- 4.1 Cleavage divisions in Xenopus 28 -- 4.2 Mesoderm induction 29 -- 4.3 Mesoderm-inducing factors 29 -- 4.4 Concentration-dependent effects of inducing factors 30 -- 4.5 The functions of mesoderm-specific genes: Brachyury targets 31 -- 5. Dorsalization: realizing the dorsoventral axis 33 -- 5.1 Goosecoid, siamois, and twin 34 -- 5.2 Xnr3 35 -- 5.3 Inhibitors of BMP and Wnt signalling 35 -- 4 Somite and axial development in vertebrates / Clementine Hofmann 48 -- 2. Morphogenesis: development of the skeleton 49 -- 2.1 Establishing the primary body axis: from primitive streak to somites 49 -- 2.2 Constructing the vertebral column: differentiation of somites into dermomyotome and sclerotome 51 -- 2.3 Differentiation and maturation: from sclerotomes to vertebrae, from cartilage to bone".
• catalog tableOfContents "52 -- 3. Patterning the vertebral column: signalling molecules and molecular responses 53 -- 3.1 Growth factors, signalling molecules, and transcription factors in paraxial mesoderm formation 53 -- 3.2 Segmentation of paraxial mesoderm into somites 56 -- 3.3 Signalling molecules in somite patterning and differentiation 64 -- 3.4 Hox genes in anteroposterior specification along the axis 71 -- 5 Vertebrate neurogenesis / Kate G. Storey 90 -- 2. Tissue sources of neural inducing signals 91 -- 3. Neural competence 92 -- 4. Candidate neural inducers and the default model of neural induction 93 -- 5. Early responses to neural inducing signals and the neural precursor cell state 97 -- 6. Assignment of neural cell fate in Drosophila 98 -- 7. Vertebrate proneural gene homologues 100 -- 8. The regulation of neuron production by Notch/Delta signalling 101 -- 9. Neurogenesis and regional identity 103 -- 10.".
• catalog tableOfContents "Hox genes and the modification of axial skeletal regionalization 226.".
• catalog tableOfContents "Themes and future perspectives 104 -- 6 Anteroposterior regionalization of the vertebrate nervous system / Anthony Graham, Ivor Mason 114 -- 2. Initial anteroposterior regionalization of the neural primordium 114 -- 3. Patterning the forebrain 114 -- 4. Patterning the midbrain 117 -- 5. Patterning the hindbrain 119 -- 6. Influence of the isthmus on the anterior hindbrain 122 -- 7. Patterning the spinal cord 128 -- 7 Axon guidance in the developing vertebrate nervous system / Sarah Guthrie 138 -- 1. Differentiation and axonogenesis 138 -- 2. Axon guidance 139 -- 3. Axon guidance molecules 140 -- 4. Axon guidance in the CNS 143 -- 4.1 Guidance at the midline of the central nervous system 143 -- 4.2 Formation of sensory and motor pathways to and from the spinal cord and brainstem 146 -- 4.3 Axon guidance within the visual system 150 -- 5. Signal transduction systems for axon guidance".
• catalog tableOfContents "Yasuhiko Kawakami, Tohru Tsukui, Jennifer K. Ng, Juan Carlos Izpisua-Belmonte 198 -- 2. Morphological differences 198 -- 3. Molecular differences 202 -- 4. Classical tissue-graft experiments updated 204 -- 5. Roles of Pitx1, Tbx4, and Tbx5 in limb identity 205 -- 10 Evolutionary aspects of vertebrate patterning / Sebastian M. Shimeld 214 -- 1.1 The relationship between evolution and development 214 -- 2. The origin of vertebrates 215 -- 2.1 The chordate bodyplan and conserved features of chordate patterning 215 -- 2.2 Molecular evolution of developmental genes in early vertebrate evolution 218 -- 2.3 Evolution of vertebrate characters: neural crest, placodes, and endoskeleton 220 -- 3. Major transitions in vertebrate evolution 223 -- 3.1 The origin of paired fins 223 -- 3.2 The origin of the tetrapod limb 224 -- 3.3 The evolution of jaws and modification of the branchial arches 225 -- 4.".
• catalog title "Patterning in vertebrate development / edited by Cheryll Tickle.".
• catalog type "text".