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Teleost skeletal plasticity : modulation, adaptation, and remodelling

(2015) COPEIA. 103(4). p.727-739
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Abstract
The vertebrate skeleton is a plastic organ system and the skeleton of teleosts is no exception. Epigenetic factors during development influence skeletal anatomy, mechanical properties, and meristic characters. The adult teleost skeleton undergoes changes connected to mechanical adaptation, repair, mineral homeostasis, sexual maturation, and aging. Vestiges, rudiments, atavisms, hyperostotic bones, additional tooth rows, and variable numbers of vertebral bodies are prominent examples of variable characters. Morphological changes require changes of skeletal structures on the cellular level, including modulation, transdifferentiation, and remodelling. Alterations at the cellular level are best understood by acknowledging those characters that distinguish teleost skeletons from mammalian skeletons: (a) the absence of osteocytes in most species of teleosts; (b) abundant mononucleated osteoclasts that perform non-lacunar bone resorption; (c) a phosphorous-rather than a calcium-driven mineral homeostasis; and (d) a variety of tissue types intermediate between bone and cartilage. This brief account of teleost skeletal plasticity shows that the teleost skeleton is a lifelong plastic organ system. Using examples, also from our own studies, we provide examples of skeletal plasticity at various hierarchical levels.
Keywords
SALMON SALMO-SALAR, ZEBRAFISH DANIO-RERIO, INDUCED PHENOTYPIC PLASTICITY, UPPER PHARYNGEAL JAWS, ATLANTIC SALMON, DEVELOPMENTAL PLASTICITY, CHONDROID BONE, ASTATOTILAPIA-ELEGANS, MERISTIC CHARACTERS, ACELLULAR BONE

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Chicago
Witten, Paul, and Brian K Hall. 2015. “Teleost Skeletal Plasticity : Modulation, Adaptation, and Remodelling.” Copeia 103 (4): 727–739.
APA
Witten, P., & Hall, B. K. (2015). Teleost skeletal plasticity : modulation, adaptation, and remodelling. COPEIA, 103(4), 727–739.
Vancouver
1.
Witten P, Hall BK. Teleost skeletal plasticity : modulation, adaptation, and remodelling. COPEIA. 2015;103(4):727–39.
MLA
Witten, Paul, and Brian K Hall. “Teleost Skeletal Plasticity : Modulation, Adaptation, and Remodelling.” COPEIA 103.4 (2015): 727–739. Print.
@article{7234951,
  abstract     = {The vertebrate skeleton is a plastic organ system and the skeleton of teleosts is no exception. Epigenetic factors during development influence skeletal anatomy, mechanical properties, and meristic characters. The adult teleost skeleton undergoes changes connected to mechanical adaptation, repair, mineral homeostasis, sexual maturation, and aging. Vestiges, rudiments, atavisms, hyperostotic bones, additional tooth rows, and variable numbers of vertebral bodies are prominent examples of variable characters. Morphological changes require changes of skeletal structures on the cellular level, including modulation, transdifferentiation, and remodelling. Alterations at the cellular level are best understood by acknowledging those characters that distinguish teleost skeletons from mammalian skeletons: (a) the absence of osteocytes in most species of teleosts; (b) abundant mononucleated osteoclasts that perform non-lacunar bone resorption; (c) a phosphorous-rather than a calcium-driven mineral homeostasis; and (d) a variety of tissue types intermediate between bone and cartilage. This brief account of teleost skeletal plasticity shows that the teleost skeleton is a lifelong plastic organ system. Using examples, also from our own studies, we provide examples of skeletal plasticity at various hierarchical levels.},
  author       = {Witten, Paul and Hall, Brian K},
  issn         = {0045-8511},
  journal      = {COPEIA},
  keyword      = {SALMON SALMO-SALAR,ZEBRAFISH DANIO-RERIO,INDUCED PHENOTYPIC PLASTICITY,UPPER PHARYNGEAL JAWS,ATLANTIC SALMON,DEVELOPMENTAL PLASTICITY,CHONDROID BONE,ASTATOTILAPIA-ELEGANS,MERISTIC CHARACTERS,ACELLULAR BONE},
  language     = {eng},
  number       = {4},
  pages        = {727--739},
  title        = {Teleost skeletal plasticity : modulation, adaptation, and remodelling},
  url          = {http://dx.doi.org/10.1643/CG-14-140},
  volume       = {103},
  year         = {2015},
}

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