Subject Index. Acetylcholine synthesis and storage in Pleurodeles embryo. Body pattern
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1 383 Subject Index Acetylcholine synthesis and storage in Pleurodeles embryo cultures: DUPRAT AND OTHERS 167 Actin genes in Xenopus and their developmental control: GORDON, MOHUN, BRENNAN & CASCIO 125 role in development of Xenopus: WYLIE, BROWN, GODS A VE, QU ARMBY & HE ASMAN 1 Ambystoma mexicanum (axolotl) embryo regional specificity of glycocon jugates: SLACK, CLEINE & SMITH 137 evidence for role of fibronectinin gastrulation: monoclonal antibody to an epidermal marker: JONES 155 role of fibronectin in gastrulation: BOUCAUT AND OTHERS 211 sperm role of extragenic components in early axolotl development: MALACINSKI & BARONE 53 Amphibia cell lineage labels and region-specific inductive interactions in early development: NIEUWKOOP 335 information transfer during embryonic induction: GRUNZ 349 maturation promoting factors and cell cycle regulation: FORD role of gap junctions in development: WARNER 365 single cell analysis of commitment in early Antibody to gap junctional protein in amphibian development: WARNER 365 Blastomere Xenopus isolation and axial body specification: COOKE 69 Body pattern specification in early Xenopus: COOKE 69 development of Calcium ionophore A Cardiac actin control of gene activity in Xenopus: GURDON, MOHUN, BRENNAN & CASCIO 125 Catecholamines synthesis and storage in Pleurodeles embryo cultures: DUPRAT AND OTHERS 167 cdna cloning subtractive, in Xenopus embryogenesis: Cell adhesion role in vertebrate neurulation and relation to birth defects: GORDON 229 Cell cycle regulation in amphibia and maturation promoting factors: FORD Cell movement during conversant extension in gastrulation of Xenopus: KELLER, DANILCHIK, GIMLICH & SHIH 185 evidence for role of fibronectin in amphibian gastrulation: Choline acetyl transferase changes in activity in Pleurodeles embryos: DUPRAT AND OTHERS 167 Chordamesoderm induction in Xenopus embryos: GIMLICH 85 Commitment single cell analysis in early embryogenesis: HEASMAN, SNAPE, SMITH & Competence inductive interactions in early amphibian development: NIEUWKOOP 335 Computational embryology Concanavalin A
2 384 Subject Index Convergent extension during gastrulation of Xenopus: KELLER, DANILCHIK, GIMLICH & SHIH 185 Cyclic AMP information transfer during embryonic inductions Cytokeratin role in ^development of Xenopus: WYLIE, BROWN, GODSAVE, QUARMBY & Cytoplasmic clock and temporal control of early embryonic development in amphibians: SATOH 257 determinants in Xenopus development: determinant and developmental regulation of genes in Xenopus: GURDON, MOHUN, BRENNAN & CASCIO 125 localization and chordamesoderm induction in frog embryo: GIMLICH 89 Cytoskeletal actin control of gene activity in Xenopus: GURDON, MOHUN, BRENNAN & CASCIO 125 Cytoskeleton in maturation of Xenopus oocytes: HAUSEN, WANG, DREYER & STICK role in development of Xenopus oocytes: Cytostatic factor Determination inductive interactions in early amphibian development: NIEUWKOOP 335 single cell analysis of commitment in early DNA replication and chromatin assembly in early Xenopus: LASKEY 285 and temporal control of early embryonic development in amphibians: SATOH 257 Dorsalization analysis with cell lineage labels and regionspecific markers: SMITH, DALE & SLACK 3 Electrophysiological coupling role in amphibian development: WARNER 365 Epidermal keratins and gene expression in Xenopus embryogenesis: Epidermis development in Xenopus - monoclonal antibody to an epidermal marker: JONES 155 Epimucin relationship to epidermal antigen in Xenopus: JONES 155 Epithelia Eulerian buckling Extracellular matrix evidence for role of fibronecting in amphibian gastrulation: BOUCAUT AND OTHERS 211 Extragenic effect role in early amphibian pattern specification: MALACINSKI & BARONE 53 Fate map for gastrulation in Xenopus laevis: KELLER, DANILCHIK, GIMLICH & SHIH 185 for Xenopus early development and body axial plan: COOKE 69 Fibronectin evidence for role in amphibian gastrulation: Finite element analysis FLDx and chordamesoderm development in Xenopus: GIMLICH 89 and early development in Xenopus: COOKE 69 used to study induction: SMITH, DALE & SLACK 3 Fluorescein-lysine-dextran(FLDx) used to study mechanism of convergent extension in Xenopus: KELLER, DANILCHIK, GIMLICH & SHIH 185 Gi phase G 2 phase Gap junction role in amphibian development: WARNER 365
3 Subject Index 385 Gastrulation evidence for role of fibronectin: BOUCAUT AND OTHERS 211 Xenopus laevis function and mechanism of convergent extension: KELLER, DANILCHIK, GIMLICH & SHIH 185 Gene expression in Xenopus embryogenesis: Germinal vesicle in maturation of Xenopus oocytes: HAUSEN, WANG, DREYER & STICK Germ plasm origin in Xenopus development: WYLIE, BROWN, GODS A VE, QU ARMBY & Globin mrna role in translational control in Xenopus Glycolipids regional specificity in Xenopus and axolotl embryos: SLACK, CLEINE & SMITH 137 Glycoproteins regional specificity in Xenopus and axolotl embryos: SLACK, CLEINE & SMITH 137 Gradients and developmental control of actin genes in Xenopus: GURDON, MOHUN, BRENNAN & CASCIO 125 Gravity reorientation and axial body plan specification: COOKE 69 Induction and developmental control of actin genes in Xenopus: GURDON, MOHUN, BRENNAN & CASCIO 125 cell lineage labels and region-specific in axolotl and Xenopus embryos- synthesis of glycoconjugates: SLACK, CLEINE & SMITH 137 in early amphibian development: NIEUW- KOOP 335 mesoderm-role of gap junctions: WARNER 365 neural-role of gap junctions: WARNER 365 of neural structures in Pleurodeles waltl: DUPRAT AND OTHERS 167 single cell analysis of committment in early Inductive interaction cell lineage labels and region-specific in early amphibian development: NIEUW- KOOP 335 Intracellular ph-role in transitional control in Xenopus Keratins epidermal, and gene expression in Xenopus embryogenesis: Lamin L III distribution during maturation of Xenopus oocyte: HAUSEN, HUI, DREYER & STICK Lectins regional binding patterns in Xenopus and axolotl: SLACK, CLEINE & SMITH 137 Lucifer Yellow used to study role of gap junctions in amphibian development: WARNER 365 Marginal zone movement during convergent extension in Xenopus gastrulation: KELLER, DANIL- CHIK, GIMLICH & SHIH 185 Maternal effect role in early amphibian pattern specification: MALACINSKI & BARONE 53 Maturation promoting factor (MPF) and temporal control of early embryonic development in amphibians: SATOH 257 effect on ribosomal protein phosporylation in Xenopus oocyte: TAYLOR, ROBINSON & Maturation of Xenopus oocyte-distribution of nuclear proteins: HAUSEN, WANG, DREYER & STICK Meiosis Mesoderm formation in Xenopus and convergent extension during gastrulation: KELLER, DANIL- CHIK, GIMLICH & SHIH 185 induction in Xenopus embryos: GIMLICH 89 induction-use of cell lineage label and region-specific markers: SMITH, DALE & SLACK 3 induction and information transfer in amphibia: GRUNZ 349
4 386 Subject Index Microfilaments role in vertebrate neurulation and relation to birth defects: GORDON 229 Microtubules role in vertebrate neurulation and relation to birth defects: GORDON 229 Midblastula transition (MBT) onset of gene activity: DAWID AND OTHERS 113 Mitochondria! mitochondrial RNA synthesis in Xenopus embryogenesis: DAWID & OTHERS 113 Mitosis Monoclonal antibody regional binding patterns in Xenopus and axolotl: SLACK, CLEINE & SMITH 137 study of inductive interactions in amphibia: SMITH, DALE & SLACK 3 to an epidermal marker in Xenopus: JONES 155 Monovalent antibody to fibronectin-arrests gastrulation in amphibia: MPF (See Maturation promoting factor) Neural induction embryonic determination in Pleurodeles Waltl: DUPRAT AND OTHERS 167 information transfer in amphibia: GRUNZ 349 use of cell lineage label and region-specific Neural plate Neural tube defects in vertebrates and theories of neurulation: GORDON 229 Neurofilaments changes in activity of polypeptides in Pleurodeles embryos: DUPRAT AND OTHERS 167 Neurones differentiation in Pleurodeles waltl embryos: DUPRAT AND OTHERS 167 Neurotransmitters synthesis and storage in Pleurodeles embryo cultures: DUPRAT AND OTHERS 167 Neurulation theories and relationship to neural tube birth defects: GORDON 229 Notochord formation in Xenopus and convergent extension during gastrulation Nucleocytoplasmic ratio and temporal control of early embryonic development in amphibians: SATOH 257 Nucleoplasmin distribution during maturation of Xenopus oocyte: HAUSEN, WANG, DREYER & STICK Oocyte amphibia maturation promoting factor and cell cycle regulation: FORD Xenopus distribution of nuclear proteins during maturation: HAUSEN, WANG, DREYER & STICK role of cytoskeleton in development: transitional control by intracellular ph and protein phosphorylation: TAYLOR, ROBINSON & Oogenesis in Xenopus-To\e of cytoskeleton in development: WYLIE, BROWN, GODSAVE, QUARMBY & Parental mutant ts-1 in axolotl: MALACINSKI & BARONE 53 Paternal effect role in early amphibian pattern specification: MALACINSKI & BARONE 53 Pattern specification in early development of Xenopus: COOKE 69 ph intracellular-role in transitional control in Xenopus oocytes: TAYLOR, ROBINSON & Phosphorylation of ribosomal protein-in translational control in Xenopus oocytes: TAYLOR, ROBINSON & Pleurodeles waltl embryo neural induction and expression of specific neuronal traits: DUPRAT AND OTHERS 167 evidence for role of fibronectinin gastrulation:
5 Subject Index 387 Poly A + RNA in Xenopus embryogenesis: DAWID AND OTHERS 113 Precleavage events in Xenopus and axial body specification: COOKE 69 Protein ribosomal-role in translational control in Xenopus oocytes: TAYLOR, ROBINSON & synthesis role in translational control in Xenopus Proteoglycans regional specificity in Xenopus and axolotl embryos: SLACK, CLEINE & SMITH 137 Replication chromosomal-origins in early development Ribonucleic acid (RNA) role in translational control in Xenopus synthesis of poly A + in Xenopus embryogenesis: Ribosomal protein-role in translational control in Xenopus oocytes: TAYLOR, ROBINSON & Romeis fixative used to study distribution of nuclear proteins: HAUSEN, HUI, DREYER & STICK Single cell transplantation and chordamesoderm development in Xenopus: GIMLICH 89 Skeletal actin control of gene activity in Xenopus: GURDON, MOHUN, BRENNAN & CASCIO 125 Specification cell lineage labels and region-specific markers: SMITH, DALE & SLACK 3 in axolotl and Xenopus embryos-synthesis of glycoconjugates: SLACK, CLEINE & SMITH 137 in neural induction in embraces of Pleurodeles waltl: DUPRAT AND OTHERS 167 in Xenopus epidermal development: JONES 155 of axial body plan in Xenopus after early perturbations: COOKE 69 of Xenopus dorsal embryonic body axis: GIM- LICH 89 single cell analysis of commitment in early Sperm role of extragenic components in axolotl early development: MALACINSKI & BARONE 53 S phase Subtractive cdna cloning in Xenopus embryogenesis: Synthetic peptides inhibition of mesodermal cell migration in amphibian gastrulation: BOUCAUT AND OTHERS 211 Temporal control of early embryonic development in amphibians: SATOH 257 Texas red used to study role of gap junctions in amphibian development: WARNER 365 Timing mechanism for early embryonic development in amphibians: SATOH 257 Translational control role of intracellular ph and ribosomal protein in Xenopus oocytes: TAYLOR, ROBINSON & Transplantation of single cells and chordamesoderm development in Xenopus: GIMLICH 89 TRITC (tetramethyl rhodamine isothiocyanate) used in study of single cell analysis of commitment: HEASMAN, SNAPE, SMITH & WYLIE 297 ts-1 mutant in axolotl-model system for extragenic effects: MALACINSKI & BARONE 53 Tubulin role in development of Xenopus: WYLIE, BROWN, GODS A VE, QU ARMBY & Tunicamycin Vimentin distribution in early Xenopus development: WYLIE, BROWN, GODSAVE, QU ARMBY &
6 388 Subject Index Xenopus borealis monoclonal antibody to an epidermal marker: JONES 155 Xenopus laevis actin genes and their developmental control: GURDON, MOHUN, BRENNAN & CASCIO 125 early development specification of body axial plan: COOKE 69 embryo cytoplasmic localization and chordamesoderm induction: GIMLICH 89 regional specificity of glycoconjugates: SLACK, CLEINE & SMITH 137 gene expression in embryogenesis: DAWID AND OTHERS 113 maturation promoting factors and amphibian chromosome replication: LASKEY 285 monoclonal antibody to an epidermal marker: JONES 155 oocyte role of cytoskeleton in early development: role of cytoskeleton in early development: Yolk platelets distribution during maturation of Xenopus oocyte: HAUSEN, WANG, DREYER & STICK
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