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Developmental Dynamics

Cover image for Vol. 242 Issue 11

November 2013

Volume 242, Issue 11

Pages C1–C1, 1223–1345

  1. Cover Image

    1. Top of page
    2. Cover Image
    3. Art Pix
    4. Research Articles
    5. Techniques
    6. Patterns & Phenotypes
    7. Erratum
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      A staging system for the regeneration of a polyp from the aboral physa of the anthozoan Cnidarian Nematostella vectensis (page C1)

      Patricia E. Bossert, Matthew P. Dunn and Gerald H. Thomsen

      Version of Record online: 23 OCT 2013 | DOI: 10.1002/dvdy.24074

      Key findings

      • We have established a staging system for regeneration in Nematostella vectensis.
      • Permits rapid staging based on easily discernible morphological criteria.
      • Allowed us to identify both delays in and reduced rates of regeneration.
  2. Art Pix

    1. Top of page
    2. Cover Image
    3. Art Pix
    4. Research Articles
    5. Techniques
    6. Patterns & Phenotypes
    7. Erratum
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      DD ArtPix

      Version of Record online: 23 OCT 2013 | DOI: 10.1002/dvdy.24073

  3. Research Articles

    1. Top of page
    2. Cover Image
    3. Art Pix
    4. Research Articles
    5. Techniques
    6. Patterns & Phenotypes
    7. Erratum
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      Late-emigrating trunk neural crest cells in turtle embryos generate an osteogenic ectomesenchyme in the plastron (pages 1223–1235)

      Judith A. Cebra-Thomas, Anne Terrell, Kayla Branyan, Sonal Shah, Ritva Rice, Lin Gyi, Melinda Yin, Yusha Hu, Gulnar Mangat, Jacqueline Simonet, Erin Betters and Scott F. Gilbert

      Version of Record online: 6 SEP 2013 | DOI: 10.1002/dvdy.24018

      Key findings

      • There is a turtle-specific population of late-emigrating trunk neural crest cells.
      • These late-emigrating turtle trunk neural crest cells have markers characteristic of cranial neural crest cells.
      • These late-emigrating neural crest cells form an osteogenic ectomesenchyme in the region that generates plastron bones.
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      Phylogenetic analysis and expression of zebrafish transient receptor potential melastatin family genes (pages 1236–1249)

      Edda Kastenhuber, Matthias Gesemann, Michaela Mickoleit and Stephan C.F. Neuhauss

      Version of Record online: 30 SEP 2013 | DOI: 10.1002/dvdy.24020

      Key findings

      • The zebrafish TRPM family consists of 11 genes.
      • Zebrafish trpm genes show dynamic expression pattern over embryonic and larval stages.
      • Expression was identified in both excitable and nonexcitable cells, reflecting the broad functional range of TRPM channels.
      • Zebrafish trpm expression was found in cell clusters involved in sensory information processing, ion homeostasis, and osmolarity as well as in the developing brain.
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      Homeodomain interacting protein kinase (HPK-1) is required in the soma for robust germline proliferation in C. elegans (pages 1250–1261)

      Slavica Berber, Estelle Llamosas, Priya Thaivalappil, Peter R. Boag, Merlin Crossley and Hannah R. Nicholas

      Version of Record online: 2 SEP 2013 | DOI: 10.1002/dvdy.24023

      Key findings

      • HPK-1 is required for normal germline proliferation.
      • HPK-1 is a nuclear protein that is expressed in somatic cells including the somatic gonad.
      • Loss of HPK-1 in somatic tissues results in defective germline proliferation.
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      Embryonic development of goldfish (Carassius auratus): A model for the study of evolutionary change in developmental mechanisms by artificial selection (pages 1262–1283)

      Hsin-Yuan Tsai, Mariann Chang, Shih-Chieh Liu, Gembu Abe and Kinya G. Ota

      Version of Record online: 6 SEP 2013 | DOI: 10.1002/dvdy.24022

      Key findings

      • This study provides the first reliable descriptions of normal embryonic stages of wild-type goldfish.
      • The embryonic features of goldfish and zebrafish are almost directly comparable.
      • Goldfish embryos provide a novel model for the investigation of the evolutionary relationship between domestication and development.
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      odd-skipped related 2 is required for fin chondrogenesis in zebrafish (pages 1284–1292)

      Pui-Ying Lam, Caramai N. Kamei, Steve Mangos, Sudha Mudumana, Yan Liu and Iain A. Drummond

      Version of Record online: 6 SEP 2013 | DOI: 10.1002/dvdy.24026

      Key findings

      • zebrafish odd-skipped related 2 is required specifically for pectoral fin chondrogenesis.
      • zebrafish odd-skipped related 2 is alternatively spliced, generating three and five zinc finger isoforms.
      • odd-skipped related 2 is required for fin sox9a expression and subsequent expression of col2a1.
      • odd-skipped related 2 is not required for fin specification or for kidney or gut morphogenesis.
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      Prickle1 stunts limb growth through alteration of cell polarity and gene expression (pages 1293–1306)

      Tian Yang, Alexander G. Bassuk and Bernd Fritzsch

      Version of Record online: 6 SEP 2013 | DOI: 10.1002/dvdy.24025

      Key Findings

      • Prickle1 regulates limb outgrowth
      • Prickle1 is required for Wnt5a and Vangl2 expression
      • Prickle1 regulates chondrocyte polarity
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      Fused (Stk36) is a ciliary protein required for central pair assembly and motile cilia orientation in the mammalian oviduct (pages 1307–1319)

      Yoko Inès Nozawa, Erica Yao, Chuwen Lin, Jehn-Hsiahn Yang, Christopher W. Wilson, Rhodora Gacayan and Pao-Tien Chuang

      Version of Record online: 10 SEP 2013 | DOI: 10.1002/dvdy.24024

      Key findings

      • Fu is required for central pair construction and cilia orientation in the mammalian oviduct.
      • Fu is a ciliary protein that is localized along the entire length of motile cilia.
      • Fu physically associates with kinesin Kif27, located at the cilium base, and two central pair proteins, Spag16 and Pcdp1.
      • Our findings affirm a central role of Fu in motile ciliogenesis in multi-ciliated tissues and provide a new pathway for understanding central pair assembly.
  4. Techniques

    1. Top of page
    2. Cover Image
    3. Art Pix
    4. Research Articles
    5. Techniques
    6. Patterns & Phenotypes
    7. Erratum
    1. You have free access to this content
      A staging system for the regeneration of a polyp from the aboral physa of the anthozoan Cnidarian Nematostella vectensis (pages 1320–1331)

      Patricia E. Bossert, Matthew P. Dunn and Gerald H. Thomsen

      Version of Record online: 7 OCT 2013 | DOI: 10.1002/dvdy.24021

      Key findings

      • We have established a staging system for regeneration in Nematostella vectensis.
      • Permits rapid staging based on easily discernible morphological criteria.
      • Allowed us to identify both delays in and reduced rates of regeneration.
  5. Patterns & Phenotypes

    1. Top of page
    2. Cover Image
    3. Art Pix
    4. Research Articles
    5. Techniques
    6. Patterns & Phenotypes
    7. Erratum
    1. You have free access to this content
      Regulation of mesenchymal-to-epithelial transition by PARAXIS during somitogenesis (pages 1332–1344)

      Megan Rowton, Pilar Ramos, Douglas M. Anderson, Jerry M. Rhee, Heather E. Cunliffe and Alan Rawls

      Version of Record online: 30 SEP 2013 | DOI: 10.1002/dvdy.24033

      Key Findings

      • PARAXIS is necessary for the proper localization of somite epithelium markers
      • In the absence of PARAXIS, Fap, Dmrt2, Meox2, and other genes involved in MET processes are deregulated
      • Genes in the Notch and Wnt pathways, such as HeyL and Daam2, are downregulated in Paraxis−/− embryos
      • The organization of the ECM constituents, laminin and fibronectin, surrounding the somite epithelium is dependent upon the expression of Paraxis
  6. Erratum

    1. Top of page
    2. Cover Image
    3. Art Pix
    4. Research Articles
    5. Techniques
    6. Patterns & Phenotypes
    7. Erratum
    1. You have free access to this content
      A morpholino-based screen to identify novel genes involved in craniofacial morphogenesis (page 1345)

      Vida Senkus Melvin, Weiguo Feng, Laura Hernandez-Lagunas, Kristin Bruk Artinger and Trevor Williams

      Version of Record online: 9 OCT 2013 | DOI: 10.1002/dvdy.24069

      This article corrects:

      A morpholino-based screen to identify novel genes involved in craniofacial morphogenesis

      Vol. 242, Issue 7, 817–831, Version of Record online: 3 JUN 2013

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