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immunohistochemistry (30) 30
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induction (29) 29
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physiological aspects (23) 23
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microscopy, electron, scanning (22) 22
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animal structures (21) 21
mechanisms (21) 21
molecular sequence data (21) 21
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notochord (21) 21
planar cell polarity (21) 21
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1. Full Text The involvement of PCP proteins in radial cell intercalations during Xenopus embryonic development
by Ossipova, Olga and Chu, Chih-Wen and Fillatre, Jonathan and Brott, Barbara K and Itoh, Keiji and Sokol, Sergei Y
Developmental Biology, ISSN 0012-1606, 12/2015, Volume 408, Issue 2, pp. 316 - 327
The planar cell polarity (PCP) pathway orients cells in diverse epithelial tissues in and vertebrate embryos and has been implicated in many human congenital... 
Xenopus | Vangl2 | Gastrulation | Multiciliated cells | KIF13B | Planar cell polarity | Disheveled | Prickle3 | Radial intercalation | DIVISION ORIENTATION | BRANCHING MORPHOGENESIS | DEVELOPMENTAL BIOLOGY | MUCOCILIARY EPIDERMIS | NEURAL-TUBE CLOSURE | PROTRUSIVE ACTIVITY | CONVERGENT EXTENSION MOVEMENTS | ZEBRAFISH GASTRULATION | APICAL CONSTRICTION | PLANAR POLARITY | Cilia - physiology | Xenopus Proteins - genetics | Humans | Neurulation - physiology | Epithelial Cells - physiology | Gastrulation - physiology | Gastrulation - genetics | Membrane Proteins - physiology | HEK293 Cells | Kinesin - genetics | Phosphoproteins - physiology | Xenopus laevis - genetics | Dishevelled Proteins | DNA-Binding Proteins - physiology | Xenopus laevis - embryology | Signal Transduction | Animals, Genetically Modified | Membrane Proteins - genetics | Neurulation - genetics | Phosphoproteins - genetics | DNA-Binding Proteins - genetics | Cilia - genetics | Cell Polarity - genetics | Cell Surface Extensions - genetics | Adaptor Proteins, Signal Transducing - physiology | Animals | Adaptor Proteins, Signal Transducing - genetics | Xenopus Proteins - physiology | Cell Polarity - physiology | LIM Domain Proteins - genetics | Kinesin - physiology | LIM Domain Proteins - physiology | Xenopus laevis - physiology | Cell Movement | Cell Surface Extensions - physiology | Proteins | Embryonic development | Birth defects | Genetic disorders | Amphibians | Protein binding
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2. Full Text ATP4a Is Required for Wnt-Dependent Foxj1 Expression and Leftward Flow in Xenopus Left-Right Development
by Walentek, Peter and Beyer, Tina and Thumberger, Thomas and Schweickert, Axel and Blum, Martin
Cell Reports, ISSN 2211-1247, 05/2012, Volume 1, Issue 5, pp. 516 - 527
Most vertebrate embryos break symmetry by a cilia-driven leftward flow during neurulation. In the frog asymmetric expression of the ion pump was reported at... 
KUPFFERS VESICLE | GAP-JUNCTIONS | SIGNALING PATHWAY | NODAL CILIA | CELL-MIGRATION | LEFT-RIGHT AXIS | GENE-EXPRESSION | BETA-SUBUNITS | BICAUDAL-C | LEFT-RIGHT ASYMMETRY | CELL BIOLOGY | Cilia - physiology | Xenopus Proteins - genetics | Xenopus - genetics | Ion Pumps - genetics | Forkhead Transcription Factors - physiology | Xenopus - embryology | Neurulation - physiology | H(+)-K(+)-Exchanging ATPase - physiology | Wnt Proteins - genetics | Embryo, Nonmammalian - physiology | Gene Expression Regulation, Developmental - physiology | Embryonic Development - genetics | Embryonic Development - physiology | H(+)-K(+)-Exchanging ATPase - genetics | Neurulation - genetics | Forkhead Transcription Factors - genetics | Body Patterning - physiology | Animals | Xenopus Proteins - physiology | Proton Pumps - physiology | Signal Transduction - physiology | Wnt Proteins - physiology | Ion Pumps - physiology | Body Patterning - genetics | Proton Pumps - genetics
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3. Full Text Developmental Control of Cell-Cycle Compensation Provides a Switch for Patterned Mitosis at the Onset of Chordate Neurulation
by Ogura, Yosuke and Sasakura, Yasunori
Developmental Cell, ISSN 1534-5807, 04/2016, Volume 37, Issue 2, pp. 148 - 161
During neurulation of chordate ascidians, the 11th mitotic division within the epidermal layer shows a posterior-to-anterior wave that is precisely coordinated... 
Chordata - metabolism | Animals | Ciona intestinalis | G2 Phase - physiology | Mitosis - physiology | Cell Cycle - physiology | S Phase - physiology | cdc25 Phosphatases - metabolism | Morphogenesis - physiology | Neurulation - physiology | Genetic transcription
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4. The role of Wnt in cell signaling and cell adhesion during early vertebrate development
by Sylvie, Janssens and Ellen, Crabbe and Kris, Vleminckx
Frontiers in Bioscience, ISSN 1093-9946, 06/2011, Volume 16, Issue 6, pp. 2352 - 2366
During embryonic development, a group of dividing blastomeres is ultimately shaped into a structured, functional organism. To achieve this goal, individual... 
Somitogenesis | Gastrulation | Review | Neurulation | Wnt | Cell Adhesion | MORPHOGENETIC MOVEMENTS | GASTRULATION MOVEMENTS | BIOCHEMISTRY & MOLECULAR BIOLOGY | CONVERGENT EXTENSION | BETA-CATENIN | TISSUE MORPHOGENESIS | NEURAL CREST CELLS | CELL BIOLOGY | XENOPUS | MESODERM | GENE | N-CADHERIN | Cell Adhesion Molecules - physiology | Epithelial-Mesenchymal Transition - physiology | Embryonic Development - physiology | Cell Movement - physiology | Neural Crest - physiology | Gastrulation - physiology | Somites - embryology | Animals | Cell Adhesion - physiology | Models, Biological | Neurogenesis - physiology | Signal Transduction - physiology | Wnt Proteins - physiology | Neural Tube - embryology
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5. Full Text The neural border: Induction, specification and maturation of the territory that generates neural crest cells
by Pla, Patrick and Monsoro-Burq, Anne H
Developmental Biology, ISSN 0012-1606, 12/2018, Volume 444, pp. S36 - S46
The neural crest is induced at the edge between the neural plate and the nonneural ectoderm, in an area called the neural (plate) border, during gastrulation... 
BMP | FGF | Pax3 | Neural crest | Gene-regulatory network | Signaling | Nonneural ectoderm | Tfap2a | Msx1/2 | Gbx2 | Zic1 | Vertebrate embryo | Neural plate | Wnt | Hes4 | TRANSCRIPTION FACTOR FOXD3 | DEVELOPMENTAL BIOLOGY | PLATE BORDER | PLURIPOTENT STEM-CELLS | XENOPUS-ZIC FAMILY | CRANIAL PLACODES | ESSENTIAL REGULATOR | GENE-EXPRESSION | Xenopus Proteins - genetics | Humans | Nervous System - metabolism | Gene Expression Regulation, Developmental - genetics | Wnt Signaling Pathway - physiology | Neural Plate - metabolism | Neurulation - physiology | Neural Crest - metabolism | Fibroblast Growth Factors - metabolism | Bone Morphogenetic Proteins - metabolism | Ectoderm - metabolism | Gastrulation - genetics | Melanocytes - cytology | Xenopus laevis - genetics | Cell Differentiation - physiology | Gene Expression Regulation, Developmental - physiology | Neural Crest - cytology | Signal Transduction | Chick Embryo | Zebrafish - genetics | Biological Evolution | Neural Crest - physiology | Animals | Neurogenesis - physiology | Neural Plate - physiology | Zebrafish Proteins - genetics | Body Patterning - genetics | Cell Movement | Analysis | Genetic transcription
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6. Full Text Planar cell polarity enables posterior localization of nodal cilia and left-right axis determination during mouse and Xenopus embryogenesis
by Antic, Dragana and Stubbs, Jennifer L and Suyama, Kaye and Kintner, Chris and Scott, Matthew P and Axelrod, Jeffrey D
PLoS ONE, ISSN 1932-6203, 02/2010, Volume 5, Issue 2, p. e8999
Left-right asymmetry in vertebrates is initiated in an early embryonic structure called the ventral node in human and mouse, and the gastrocoel roof plate... 
INNER-EAR | ZEBRAFISH | BIOLOGY | NEURULATION | MECHANISMS | EXTENSION | LEFT-RIGHT ASYMMETRY | POLARIZATION | NEURAL-TUBE CLOSURE | DIVISION | MAMMALS | Cilia - physiology | Cell Polarity | Embryo, Nonmammalian - cytology | Embryo, Nonmammalian - embryology | Male | In Situ Hybridization | Gene Expression Regulation, Developmental | Membrane Proteins - physiology | Female | Embryo, Nonmammalian - physiology | Carrier Proteins - physiology | Cell Line | LIM Domain Proteins | Membrane Proteins - genetics | Mice, Inbred C57BL | Xenopus laevis | Mice, Inbred Strains | Cilia - metabolism | Body Patterning - physiology | Mice, Knockout | Carrier Proteins - genetics | Embryo, Mammalian - physiology | Animals | Embryo, Mammalian - embryology | Embryo, Mammalian - cytology | Mice | Body Patterning - genetics | Proteins | Gene expression | Embryonic development | Bioengineering | Laboratories | Epithelial cells | Fluid flow | Cell surface | Defects | Morphogenesis | Embryogenesis | Evolutionary conservation | Polarity | Genetics | Localization | Cilia | Fluid mechanics | Phenotypes | Departments | Fluid dynamics | Developmental biology | Attitude (inclination) | Cell division | Mammals | Embryos | Hemispheric laterality | Embryonic growth stage | Medicine | Vertebrates | Insects | Asymmetry | Plates (structural members) | Aberration | Position (location) | Cell migration
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7. Full Text Stereotypical Cell Division Orientation Controls Neural Rod Midline Formation in Zebrafish
by Quesada-Hernández, Elena and Caneparo, Luca and Schneider, Sylvia and Winkler, Sylke and Liebling, Michael and Fraser, Scott E and Heisenberg, Carl-Philipp
Current Biology, ISSN 0960-9822, 11/2010, Volume 20, Issue 21, pp. 1966 - 1972
The development of multicellular organisms is dependent on the tight coordination between tissue growth and morphogenesis. The stereotypical orientation of... 
MORPHOGENESIS | FRIZZLED-7 | SHAPE | CONVERGENT EXTENSION MOVEMENTS | PROTEIN | BIOCHEMISTRY & MOLECULAR BIOLOGY | MITOTIC SPINDLE | NEUROEPITHELIAL CELLS | DOMAINS | VERTEBRATE GASTRULATION | DROSOPHILA | Cell Polarity | Zebrafish Proteins - metabolism | Receptors, Cell Surface - metabolism | Zebrafish - embryology | Neurulation - physiology | Zebrafish Proteins - physiology | Body Patterning - physiology | Cell Division - physiology | Gastrulation - physiology | Animals | Receptors, Cell Surface - physiology | Zebrafish Proteins - genetics | Receptors, Cell Surface - genetics | Cell division
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8. Full Text A role for N-cadherin in mesodermal morphogenesis during gastrulation
by Warga, Rachel M and Kane, Donald A
Developmental Biology, ISSN 0012-1606, 10/2007, Volume 310, Issue 2, pp. 211 - 225
Cell adhesion molecules mediate numerous developmental processes necessary for the segregation and organization of tissues. Here we show that the zebrafish ( )... 
N-Cadherin | Gastrulation | Cell adhesion | Mesoderm | Gain-of-function | Muscle | Notochord | DANIO-RERIO | ZEBRAFISH | CONVERGENT EXTENSION | notochord | DEVELOPMENTAL BIOLOGY | mesoderm | N-cadherin | gain-of-function | STRUCTURAL BASIS | SPADETAIL | cell adhesion | muscle | GENES | CELL-ADHESION MOLECULES | C-CADHERIN | MUTATIONS | EXPRESSION | gastrulation | Ectoderm - embryology | Amino Acid Sequence | Mesoderm - embryology | Molecular Sequence Data | Neural Tube - physiology | Cadherins - physiology | Ectoderm - physiology | Zebrafish - embryology | Neurulation - physiology | Zebrafish Proteins - physiology | Gastrulation - physiology | Animals | Cell Adhesion - physiology | Gene Expression Regulation, Developmental | Mesoderm - physiology | Zebrafish - physiology | Mutation | Zebrafish Proteins - genetics | Cadherins - genetics | Neural Tube - embryology
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9. Full Text Claudins are essential for cell shape changes and convergent extension movements during neural tube closure
by Baumholtz, Amanda I and Simard, Annie and Nikolopoulou, Evanthia and Oosenbrug, Marcus and Collins, Michelle M and Piontek, Anna and Piontek, Jörg and Krause, Gerd and Greene, Nicholas D.E and Ryan, Aimee K
Developmental Biology, ISSN 0012-1606, 08/2017, Volume 428, Issue 1, pp. 25 - 38
During neural tube closure, regulated changes at the level of individual cells are translated into large-scale morphogenetic movements to facilitate conversion... 
Convergent extension | Tight junctions | Apical constriction | Claudin | Neural tube defects | DEFECTS | CLOSTRIDIUM-PERFRINGENS ENTEROTOXIN | DEVELOPMENTAL BIOLOGY | KNOCKOUT MICE | FOLIC-ACID | DIVISION | TIGHT JUNCTION STRANDS | GENE-EXPRESSION | NEURULATION | MUTATIONS | PLATE | Claudins - genetics | Actin Cytoskeleton - metabolism | Claudin-4 - genetics | Neural Tube Defects - genetics | cdc42 GTP-Binding Protein - metabolism | Embryo Culture Techniques | Cell Adhesion Molecules - metabolism | Chick Embryo | Neurulation - physiology | Nerve Tissue Proteins - metabolism | Tight Junctions - physiology | Animals | Claudins - metabolism | Claudin-3 - genetics | Neural Plate - embryology | rho GTP-Binding Proteins - metabolism | Claudin-4 - metabolism | Cell Polarity - physiology | Claudin-3 - metabolism | Signal Transduction - physiology | Mice | Cell Shape - physiology | Neural Tube - embryology | Morphogenesis - physiology | Actin | Developmental biology | Myosin | Birth defects | Permeability | Muscle proteins | Cell differentiation | Folic acid | Cells | NTD, Neural tube defect | C-CPE, C-terminal domain of Clostridium perfringens enterotoxin
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10. Full Text Early specification and development of rabbit neural crest cells
by Betters, Erin and Charney, Rebekah M and Garcia-Castro, Martín I
Developmental Biology, ISSN 0012-1606, 12/2018, Volume 444, pp. S181 - S192
The phenomenal migratory and differentiation capacity of neural crest cells has been well established across model organisms. While the earliest stages of... 
AP2α | Mammalian embryogenesis | Pax7 | FGF signaling | Rabbit | Pax3 | Sox9 | Specification | SU5402 | Neural crest | Sox10 | Neural plate border | MIGRATION | STEM-CELLS | MOUSE | PRIMITIVE ENDODERM | DEVELOPMENTAL BIOLOGY | INDUCTION | IN-VITRO | GENE | ANIMAL-MODELS | AP2 alpha | EXPRESSION | CHICK | Neural Crest - cytology | Neural Tube | Signal Transduction | Rabbits - embryology | Humans | Vertebrates - embryology | Gene Expression Regulation, Developmental - genetics | Chick Embryo | Neurogenesis | Cell Movement - physiology | Neurulation - physiology | Body Patterning - physiology | Neural Crest - metabolism | Biological Evolution | Transcription Factors - metabolism | Animals | Neural Crest - embryology | Gastrula - metabolism | Fibroblast Growth Factors | Cell Differentiation - physiology | Gene Expression Regulation, Developmental - physiology | Rabbits | Medical colleges | Embryonic development | Analysis
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11. Full Text Using theoretical models to analyse neural development
by van Ooijen, A
Nature Reviews Neuroscience, ISSN 1471-003X, 2011, Volume 12, Issue 6, pp. 311 - 326
The development of the nervous system is an extremely complex and dynamic process. Through the continuous interplay of genetic information and changing intra-... 
PRIMARY VISUAL-CORTEX | MOLECULAR GRADIENTS | DEPENDENT NEURITE OUTGROWTH | SONIC HEDGEHOG | POLYNEURONAL INNERVATION | RETINAL MOSAIC FORMATION | NEURONAL POLARITY | DOMINANCE COLUMN DEVELOPMENT | COMPUTATIONAL MODEL | HIPPOCAMPAL-NEURONS | NEUROSCIENCES | Nerve Net - embryology | Brain - embryology | Animals | Cell Proliferation | Neurons - physiology | Models, Neurological | Cell Differentiation - physiology | Cell Movement - physiology | Neurulation - physiology | Physiological aspects | Embryonic development | Genetic aspects | Research | Neurons
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