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1. Full Text Some Remarks on Pattern Formation in Vertebrate Embryology
by Percus, JK
JOURNAL OF STATISTICAL PHYSICS, ISSN 0022-4715, 05/2019, Volume 175, Issue 3-4, pp. 725 - 728
A model of somite formation in vertebrates is presented in which a biochemical wave selects alternating regions of vertebra and somite production. It does so... 
WAVE-FRONT MODEL | Pattern formation | PHYSICS, MATHEMATICAL | CLOCK | Somite production | Vertebrate embryology | Gene expression | Vertebrates | Vertebrae | Embryology | Relaxation oscillations | Deoxyribonucleic acid--DNA
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2. Full Text The posterior neural plate in axolotl gives rise to neural tube or turns anteriorly to form somites of the tail and posterior trunk
by Taniguchi, Yuka and Kurth, Thomas and Weiche, Susanne and Reichelt, Saskia and Tazaki, Akira and Perike, Srikanth and Kappert, Verena and Epperlein, Hans-Henning
Developmental Biology, ISSN 0012-1606, 02/2017, Volume 422, Issue 2, pp. 155 - 170
Classical grafting experiments in the Mexican axolotl had shown that the posterior neural plate of the neurula is no specified neuroectoderm but gives rise to... 
Germ layer determination | Neural plate grafting | Chordoneural hinge | Posterior wall | Axolotl | Tailbud | Anterior turn | FIN MESENCHYME | VENTRAL ECTODERMAL RIDGE | REGENERATION | DEVELOPMENTAL BIOLOGY | AXIAL STEM-CELLS | FATE | BUD | XENOPUS-LAEVIS | GENE-EXPRESSION | VERTEBRATE GASTRULATION | EMBRYOS | Mesoderm - embryology | Tail - embryology | Animals, Genetically Modified | Cells, Cultured | Fetal Proteins - metabolism | Green Fluorescent Proteins - genetics | Stem Cells - cytology | SOXB1 Transcription Factors - biosynthesis | Notochord - embryology | Ambystoma mexicanum - embryology | T-Box Domain Proteins - metabolism | Spinal Cord - embryology | Gastrulation - physiology | Somites - embryology | Animals | Neural Plate - embryology | Neural Tube - embryology | Immunohistochemistry | Analysis | Genetic engineering | Transplantation | Stem cells | Index Medicus
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3. Full Text Control of segment number in vertebrate embryos
by Pourquié, Olivier and Baumann, Diana and Lewis, Julian and Wunderlich, Joshua and Özbudak, Ertu rul M and Gomez, Céline
Nature, ISSN 0028-0836, 07/2008, Volume 454, Issue 7202, pp. 335 - 339
The vertebrate body axis is subdivided into repeated segments, best exemplified by the vertebrae that derive from embryonic somites. The number of somites is... 
MORPHOGENESIS | ACTIVATION | GENE | MULTIDISCIPLINARY SCIENCES | SOMITE BOUNDARY FORMATION | CHICK-EMBRYO | SOMITOGENESIS | CLOCK | EXPRESSION | PARAXIAL MESODERM | MOUSE EMBRYO | Chick Embryo - embryology | Somites - embryology | Animals | Time Factors | Gene Expression Regulation, Developmental | Snakes - embryology | Molecular Sequence Data | Zebrafish - embryology | Body Patterning - genetics | Mice - embryology | Somite | Spinal cord | Genetic aspects | Properties | Structure | Growth | Vertebrates | Growth rate | Cell cycle | Zebrafish | Standard deviation | Embryos | Apoptosis | Index Medicus
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4. Full Text Stage specific requirement of platelet-derived growth factor receptor-α in embryonic development
by Qian, Chen and Wong, Carol Wing Yan and Wu, Zhongluan and He, Qiuming and Xia, Huimin and Tam, Paul Kwong Hang and Wong, Kenneth Kak Yuen and Lui, Vincent Chi Hang
PLoS ONE, ISSN 1932-6203, 09/2017, Volume 12, Issue 9, pp. e0184473 - e0184473
Background Platelet-derived growth factor receptor alpha (PDGFR alpha) is a cell-surface receptor tyrosine kinase for platelet-derived growth factors. Correct... 
CRANIOFACIAL MUSCLES | PROTEASE-ACTIVATED LIGAND | MORPHOGENESIS | EVOLUTION | PDGF BETA-RECEPTOR | CELL-DEVELOPMENT | MULTIDISCIPLINARY SCIENCES | CARDIAC NEURAL CREST | TUBE DEFECTS | DEFICIENT MICE | MOUSE EMBRYO | Abnormalities, Multiple - metabolism | Immunohistochemistry | Cleft Lip - embryology | Spinal Dysraphism - genetics | Cleft Palate - genetics | Abnormalities, Multiple - embryology | Time Factors | Abdominal Wall - abnormalities | Gene Expression Regulation, Developmental | Spinal Dysraphism - embryology | Abnormalities, Multiple - genetics | Skeleton - metabolism | In Situ Nick-End Labeling | Hernia, Umbilical - embryology | Skeleton - abnormalities | Receptor, Platelet-Derived Growth Factor alpha - metabolism | Mice, Inbred C57BL | Cleft Palate - embryology | Embryonic Development - physiology | Mice, Transgenic | Cleft Lip - metabolism | Gene Knockout Techniques | Tamoxifen | Hernia, Umbilical - metabolism | Cleft Lip - genetics | Animals | Receptor, Platelet-Derived Growth Factor alpha - genetics | Skeleton - embryology | Abdominal Wall - embryology | Cleft Palate - metabolism | Spinal Dysraphism - metabolism | Apoptosis - physiology | Hernia, Umbilical - genetics | Neonates | Pediatrics | Platelet-derived growth factor | Congenital defects | Mesoderm | Vertebra | Smooth muscle | Regulatory sequences | Kinases | Cell surface | Defects | Cell adhesion & migration | Proteins | Morphogenesis | Embryogenesis | Clonal deletion | Etiology | Rodents | Animal tissues | Surgery | Deletion | Protein-tyrosine kinase receptors | Growth factors | Protein-tyrosine kinase | Endoderm | Tyrosine | Deformation mechanisms | Gene expression | Embryos | Embryonic growth stage | Medicine | Spina bifida | Congenital anomalies | Abdominal wall | Mice | Mutation | Apoptosis | Anomalies | Index Medicus
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5. Full Text Visualization of an endogenous retinoic acid gradient across embryonic development
by Shimozono, Satoshi and Iimura, Tadahiro and Kitaguchi, Tetsuya and Higashijima, Shin-Ichi and Miyawaki, Atsushi
Nature, ISSN 0028-0836, 04/2013, Volume 496, Issue 7445, pp. 363 - 366
In vertebrate development, the body plan is determined by primordial morphogen gradients that suffuse the embryo. Retinoic acid (RA) is an important morphogen... 
HINDBRAIN DEVELOPMENT | ZEBRAFISH | FGF8 | PATTERN | MULTIDISCIPLINARY SCIENCES | BINDING PROTEINS | GENE-EXPRESSION | BOUNDARY | DISTINCT ROLES | DIFFERENTIATION | MORPHOGEN GRADIENT | Humans | Embryo, Nonmammalian - metabolism | Fibroblast Growth Factors - genetics | Molecular Sequence Data | Substrate Specificity | Embryo, Nonmammalian - embryology | Zebrafish - embryology | Fibroblast Growth Factors - metabolism | Molecular Probes - analysis | Somites - embryology | Molecular Probes - metabolism | Tretinoin - metabolism | Fluorescence Resonance Energy Transfer | Gastrula - embryology | Rhombencephalon - embryology | Somites - metabolism | Animals, Genetically Modified | Zebrafish Proteins - metabolism | Embryonic Development - physiology | Body Patterning - physiology | Animals | Models, Biological | Zebrafish - metabolism | Rhombencephalon - metabolism | Gastrula - metabolism | HeLa Cells | Tretinoin - analysis | Zebrafish Proteins - genetics | Molecular Probes - genetics | Embryonic development | Research | Tretinoin | Proteins | Zebrafish | Ligands | Computer simulation | Index Medicus
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6. Full Text MicroRNAs Regulate Brain Morphogenesis in Zebrafish
by Antonio J. Giraldez and Ryan M. Cinalli and Margaret E. Glasner and Anton J. Enright and J. Michael Thomson and Scott Baskerville and Scott M. Hammond and David P. Bartel and Alexander F. Schier
Science, ISSN 0036-8075, 5/2005, Volume 308, Issue 5723, pp. 833 - 838
MicroRNAs (miRNAs) are small RNAs that regulate gene expression posttranscriptionally. To block all miRNA formation in zebrafish, we generated maternal-zygotic... 
Morphogenesis | MicroRNA | Germ cells | RNA | Developmental biology | Neurons | Stem cells | Research Articles | Embryonic stem cells | Embryos | Cells | MESSENGER-RNAS | CELLS | INITIATION | MULTIDISCIPLINARY SCIENCES | GENE-EXPRESSION | TARGETS | MECHANISMS | DICER | DIFFERENTIATION | RNA-INTERFERENCE | DROSOPHILA | Brain - embryology | Heart - embryology | MicroRNAs - metabolism | Neurons - cytology | Zebrafish - embryology | Central Nervous System - embryology | Somites - cytology | Body Patterning | Cell Differentiation | RNA, Double-Stranded - metabolism | Ribonuclease III - genetics | Ribonuclease III - metabolism | RNA Processing, Post-Transcriptional | Signal Transduction | Gene Silencing | Zebrafish - genetics | Gastrula - physiology | Spinal Cord - embryology | Phenotype | Animals | Somites - physiology | MicroRNAs - genetics | MicroRNAs - physiology | Mutation | Brain | Research | RNA processing | Zebra fish | Genes | Fish | Ribonucleic acid--RNA | Gene expression | Index Medicus
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7. Full Text A somitic contribution to the apical ectodermal ridge is essential for fin formation
by Masselink, Wouter and Cole, Nicholas J and Fenyes, Fruzsina and Berger, Silke and Sonntag, Carmen and Wood, Alasdair and Nguyen, Phong D and Cohen, Naomi and Knopf, Franziska and Weidinger, Gilbert and Hall, Thomas E and Currie, Peter D
Nature, ISSN 0028-0836, 07/2016, Volume 535, Issue 7613, pp. 542 - 546
The transition from fins to limbs was an important terrestrial adaptation, but how this crucial evolutionary shift arose developmentally is unknown. Current... 
BUD | LIMB | CELLS | ORIGIN | ZEBRAFISH | MULTIDISCIPLINARY SCIENCES | MUSCLE | FISH | FLUORESCENT PROTEIN | CHICK | EMBRYOS | Ectoderm - embryology | Somites - metabolism | Animal Fins - metabolism | Mesoderm - embryology | Limb Buds - cytology | Mesoderm - cytology | Zebrafish - embryology | Limb Buds - embryology | Somites - cytology | Biological Evolution | Cell Lineage | Ectoderm - cytology | Ectoderm - metabolism | Somites - embryology | Animals | Limb Buds - metabolism | Animal Fins - embryology | Female | Mesoderm - metabolism | Cell proliferation | Cellular signal transduction | Adaptation (Biology) | Observations | Zebrafish | Developmental biology | Collagen | Cells | Index Medicus
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8. Full Text Role of Chd7 in zebrafish: A model for CHARGE syndrome
by Patten, Shunmoogum A and Jacobs-McDaniels, Nicole L and Zaouter, Charlotte and Drapeau, Pierre and Albertson, R. Craig and Moldovan, Florina
PLoS ONE, ISSN 1932-6203, 02/2012, Volume 7, Issue 2, pp. e31650 - e31650
CHARGE syndrome is caused by mutations in the CHD7 gene. Several organ systems including the retina, cranial nerves, inner ear and heart are affected in CHARGE... 
INNER-EAR | GENE | RETINAL LAMINATION | MULTIDISCIPLINARY SCIENCES | CRANIAL NERVE ABNORMALITIES | MUTATIONS | NEURAL CREST | EXPRESSION | ASSOCIATION | PHENOTYPIC SPECTRUM | N-CADHERIN | Body Patterning - drug effects | Retina - drug effects | Neovascularization, Physiologic - drug effects | Face - innervation | Heart - embryology | Retina - embryology | Spine - drug effects | RNA, Messenger - metabolism | Zebrafish - embryology | Gene Knockdown Techniques | DNA-Binding Proteins - metabolism | Otolithic Membrane - embryology | Motor Neurons - cytology | Spine - embryology | Cell Polarity - drug effects | Otolithic Membrane - drug effects | DNA Helicases - genetics | Skull - drug effects | Motor Neurons - drug effects | Disease Models, Animal | Calcification, Physiologic - drug effects | Zebrafish Proteins - metabolism | Morpholinos - administration & dosage | RNA, Messenger - genetics | Embryonic Development - genetics | Gene Expression Regulation, Developmental - drug effects | Axons - drug effects | DNA-Binding Proteins - genetics | Zebrafish - genetics | Neural Crest - drug effects | Skull - embryology | DNA Helicases - metabolism | Injections | Animals | CHARGE Syndrome - metabolism | Neural Crest - embryology | Zebrafish - metabolism | Morpholinos - pharmacology | Retina - abnormalities | Heart - drug effects | CHARGE Syndrome - genetics | Zebrafish Proteins - genetics | Embryonic Development - drug effects | Body Patterning - genetics | Somites - drug effects | Embryonic development | Genetic aspects | Heart | Segmentation | Pathogenesis | Genomics | Retina | Hybridization | Inner ear | Defects | Charge simulation | Morphogenesis | Organismal biology | Reduction | Mineralization | Nerves | Polarity | Fish | Vagus nerve | Chromosomes | Motor neurons | Vertebrae | Neurons | Retinal cells | Zebrafish | RNA polymerase | Dentistry | Gene expression | Clustering | Retinal ganglion cells | Hospitals | Cranial nerves | CHARGE syndrome | Photoreceptors | Skull | Mutation | Aberration | Curvature | Binding sites | Index Medicus
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9. Full Text Embryonic development of the deer mouse, peromyscus maniculatus
by Davis, Shannon W and Keisler, Jessica L
PLoS ONE, ISSN 1932-6203, 03/2016, Volume 11, Issue 3, pp. e0150598 - e0150598
Deer mice, or Peromyscus maniculatus, are an emerging model system for use in biomedicine. P. maniculatus are similar in appearance to laboratory mice, Mus... 
COLOR PATTERN | EVOLUTION | GENETICS | MULTIDISCIPLINARY SCIENCES | MUTATION | GENES | MICE | Gastrulation | Forelimb - embryology | Humans | Developmental Biology - methods | Male | Embryonic Development | Eye - embryology | Animals | Embryo, Mammalian - embryology | Time Factors | Peromyscus - embryology | Hindlimb - embryology | Female | Models, Animal | Mice | Nervous System - embryology | Embryonic development | Peromyscus maniculatus | Analysis | Peromyscus | Variability | Science | Genomes | Gestation | Hamsters | Experiments | Deer | Embryonic growth stage | Genotype & phenotype | Embryogenesis | Rodents | Genetics | Mutation | Laboratory animals | Evolution & development | Index Medicus
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10. Full Text Critical numbers of neural crest cells are required in the pathways from the neural tube to the foregut to ensure complete enteric nervous system formation
by Amanda J. Barlow and Adam S. Wallace and Nikhil Thapar and Alan J. Burns
Development, ISSN 0950-1991, 05/2008, Volume 135, Issue 9, pp. 1681 - 1691
The enteric nervous system (ENS) is mainly derived from vagal neural crest cells (NCC) that arise at the level of somites 1-7. To understand how the size and... 
Hirschsprung's disease | Chick embryo | Enteric nervous system | Neural crest cell | Cell migration wave-front | Gut | MIGRATION | PROGENITORS | ENDOTHELIN-B RECEPTOR | neural crest cell | gut | PROLIFERATION | DEVELOPMENTAL BIOLOGY | HIRSCHSPRUNGS-DISEASE | SOX10 | cell migration wave-front | MOUSE MODEL | enteric nervous system | DIFFERENTIATION | NEUROBLASTS | chick embryo | Enteric Nervous System - cytology | Neural Crest - cytology | Cell Count | Enteric Nervous System - embryology | Neural Tube - physiology | Stem Cells - cytology | Quail | Chick Embryo | Vagus Nerve - cytology | Cell Movement - physiology | Body Patterning - physiology | Somites - cytology | Gastrointestinal Tract - embryology | Neural Crest - physiology | Somites - embryology | Animals | Neural Crest - embryology | Somites - physiology | Vagus Nerve - embryology | Stem Cells - physiology | Enteric Nervous System - physiology | Gastrointestinal Tract - innervation | Neural Tube - embryology | Neural Tube - cytology | Index Medicus
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11. Full Text A developmental staging series for the lizard genus Anolis: A new system for the integration of evolution, development, and ecology
by Sanger, Thomas J and Losos, Jonathan B and Gibson‐Brown, Jeremy J
Journal of Morphology, ISSN 0362-2525, 02/2008, Volume 269, Issue 2, pp. 129 - 137
Vertebrate developmental biologists typically rely on a limited number of model organisms to understand the evolutionary bases of morphological change.... 
genome | staging series | Anolis | evo‐devo | lizard | Staging series | Evo-devo | Genome | Lizard | evo-devo | CAROLINENSIS | LOCOMOTOR PERFORMANCE | EMBRYONIC-DEVELOPMENT | ANATOMY & MORPHOLOGY | SPERM STORAGE | MORPHOLOGY | Biological Evolution | Brain - embryology | Eye - embryology | Somites - embryology | Animals | Lizards - embryology | Tail - embryology | Ear - embryology | Ecology | Embryonic Development | Extremities - embryology | Index Medicus
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12. Full Text Insights into blood cell formation from hemogenic endothelium in lesser‐known anatomic sites
by Yzaguirre, Amanda D and Speck, Nancy A
Developmental Dynamics, ISSN 1058-8388, 10/2016, Volume 245, Issue 10, pp. 1011 - 1028
Background : Hematopoietic stem and progenitor cells (HSPCs) are generated de novo in the embryo in a process termed the endothelial to hematopoietic... 
head | hematopoiesis | somites | nuclear shape | embryo | yolk sac | Ly6a | Runx1 | heart | C-KIT RECEPTOR | YOLK-SAC | ANATOMY & MORPHOLOGY | DEVELOPMENTAL BIOLOGY | EMERGENCE | AORTIC ENDOTHELIUM | MYELOID PROGENITORS | DEFINITIVE HEMATOPOIESIS | HEMATOPOIETIC STEM-CELLS | RUNX1 EXPRESSION | GENERATION | DIFFERENTIATION | Heart - embryology | Embryonic Development - genetics | Embryonic Development - physiology | Arteries - embryology | Hematopoietic Stem Cells - metabolism | Cell Differentiation - genetics | Microscopy, Confocal | Somites - embryology | Animals | Flow Cytometry | Hematopoietic Stem Cells - cytology | Yolk Sac - embryology | Female | Mice | Head - embryology | Cell Differentiation - physiology | Heart | Hematopoietic stem cells | Endothelium | Index Medicus
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13. Full Text Cellular and molecular investigations into the development of the pectoral girdle
by Valasek, Petr and Theis, Susanne and DeLaurier, April and Hinits, Yaniv and Luke, Graham N and Otto, Anthony M and Minchin, James and He, Liwen and Christ, Bodo and Brooks, Gavin and Sang, Helen and Evans, Darrell J and Logan, Malcolm and Huang, Ruijin and Patel, Ketan
Developmental Biology, ISSN 0012-1606, 09/2011, Volume 357, Issue 1, pp. 108 - 116
The forelimbs of higher vertebrates are composed of two portions: the appendicular region (stylopod, zeugopod and autopod) and the less prominent proximal... 
Muscle | Shoulder girdle | Diaphragm | Sternum | Tbx5 | Forelimb | T-BOX | VERTEBRATE APPENDICULAR MUSCLE | CHICK-EMBRYOS | DEVELOPMENTAL BIOLOGY | AVIAN SCAPULA | MUSCULATURE | LIMB IDENTITY | ORIGIN | HOLT-ORAM-SYNDROME | COMPARATIVE ANATOMY | Forelimb - embryology | Muscle, Skeletal - cytology | Zebrafish - embryology | Chick Embryo | T-Box Domain Proteins - genetics | Embryo, Mammalian - metabolism | T-Box Domain Proteins - metabolism | Zebrafish - genetics | Somites - cytology | Animals | Embryo, Mammalian - cytology | Body Patterning | Forelimb - cytology | Mice | Muscle, Skeletal - embryology | Muscle, Skeletal - anatomy & histology | Index Medicus
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