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Martin D Brazeau - One of the best experts on this subject based on the ideXlab platform.

  • X-ray computed tomography library of shark anatomy and lower jaw surface models
    Scientific Data, 2017
    Co-Authors: Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns, Martin D Brazeau
    Abstract:

    Design Type(s) data integration objective • species comparison design Measurement Type(s) morphology Technology Type(s) computed tomography Factor Type(s) animal body part • organism Sample Characteristic(s) Brachelurus waddi • Echinorhinus brucus • Centrophorus uyato • Chlamydoselachus anguineus • Pristiophorus japonicus • Centrophorus seychellorum • Cetorhinus maximus • Orectolobus japonicus • Apristurus laurussonii • Centroselachus crepidater • Sphyrna tudes • Euprotomicrus bispinatus • Etmopterus spinax • Mustelus higmani • Galeus melastomus • Galeorhinus galeus • Scyliorhinus stellaris • Squatina squatina • Carcharhinus leucas • Scyliorhinus canicula • Chiloscyllium punctatum • Halaelurus boesemani • Atelomycterus marmoratus • Hemiscyllium strahani • Prionace glauca • Squalus megalops • Atelomycterus macleayi • Carcharhinus hemiodon • Hemiscyllium trispeculare • Chiloscyllium arabicum • Sphyrna tiburo • Sphyrna corona • Mustelus mustelus • Isistius brasiliensis • Scymnodalatias albicauda • Deania calcea • Chiloscyllium griseum • Heterodontus japonicus • Eusphyra blochii • Sphyrna zygaena • Carcharhinus amboinensis • Triakis semifasciata • Squalus suckleyi • Carcharhinus macloti • Carcharhinus dussumieri • Chaenogaleus macrostoma • Hemigaleus microstoma • Sphyrna lewini • Halaelurus buergeri • Stegostoma fasciatum • Chiloscyllium indicum • Chiloscyllium hasseltii • Eucrossorhinus dasypogon • Scoliodon laticaudus • Oxynotus centrina • Carcharhinus melanopterus • Carcharhinus falciformis • Heterodontus francisci • Squatina africana • Triaenodon obesus • Ginglymostoma cirratum • Alopias vulpinus • Squalus cubensis • Isogomphodon oxyrhynchus • Heptranchias perlo • Rhizoprionodon terraenovae • Dalatias licha • Squatina japonica • Nebrius ferrugineus • Squalus acanthias • Lamna nasus • Mustelus asterias • Scyliorhinus boa • Lamna ditropis • Carcharodon carcharias • Isurus oxyrinchus • Isurus paucus • Centroscymnus coelolepis • Cephaloscyllium ventriosum • Galeocerdo cuvier • Pseudocarcharias kamoharai • Mitsukurina owstoni • Carcharias taurus • Carcharhinus acronotus • Sphyrna mokarran • Hexanchus griseus • Negaprion acutidens • Alopias superciliosus • Orectolobus maculatus • Carcharhinus brachyurus • Carcharhinus galapagensis • Mustelus henlei • Orectolobus ornatus • Proscyllium habereri • lower jaw region • whole body • head • pectoral fin • tail Machine-accessible metadata file describing the reported data (ISA-Tab format)AbstractThe cranial diversity of sharks reflects disparate biomechanical adaptations to feeding. In order to be able to investigate and better understand the ecomorphology of extant shark feeding systems, we created a x-ray computed tomography (CT) library of shark cranial anatomy with three-dimensional (3D) lower jaw reconstructions. This is used to examine and quantify lower jaw disparity in extant shark species in a separate study. The library is divided in a dataset comprised of medical CT scans of 122 sharks (Selachimorpha, Chondrichthyes) representing 73 extant species, including digitized morphology of entire shark specimens. This CT dataset and additional data provided by other researchers was used to reconstruct a second dataset containing 3D models of the left lower jaw for 153 individuals representing 94 extant shark species. These datasets form an extensive anatomical record of shark skeletal anatomy, necessary for comparative morphological, biomechanical, ecological and phylogenetic studies.

  • 3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130

  • 3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322

  • 3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046

  • 3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207

Jacob Geleijns - One of the best experts on this subject based on the ideXlab platform.

  • X-ray computed tomography library of shark anatomy and lower jaw surface models
    Scientific Data, 2017
    Co-Authors: Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns, Martin D Brazeau
    Abstract:

    Design Type(s) data integration objective • species comparison design Measurement Type(s) morphology Technology Type(s) computed tomography Factor Type(s) animal body part • organism Sample Characteristic(s) Brachelurus waddi • Echinorhinus brucus • Centrophorus uyato • Chlamydoselachus anguineus • Pristiophorus japonicus • Centrophorus seychellorum • Cetorhinus maximus • Orectolobus japonicus • Apristurus laurussonii • Centroselachus crepidater • Sphyrna tudes • Euprotomicrus bispinatus • Etmopterus spinax • Mustelus higmani • Galeus melastomus • Galeorhinus galeus • Scyliorhinus stellaris • Squatina squatina • Carcharhinus leucas • Scyliorhinus canicula • Chiloscyllium punctatum • Halaelurus boesemani • Atelomycterus marmoratus • Hemiscyllium strahani • Prionace glauca • Squalus megalops • Atelomycterus macleayi • Carcharhinus hemiodon • Hemiscyllium trispeculare • Chiloscyllium arabicum • Sphyrna tiburo • Sphyrna corona • Mustelus mustelus • Isistius brasiliensis • Scymnodalatias albicauda • Deania calcea • Chiloscyllium griseum • Heterodontus japonicus • Eusphyra blochii • Sphyrna zygaena • Carcharhinus amboinensis • Triakis semifasciata • Squalus suckleyi • Carcharhinus macloti • Carcharhinus dussumieri • Chaenogaleus macrostoma • Hemigaleus microstoma • Sphyrna lewini • Halaelurus buergeri • Stegostoma fasciatum • Chiloscyllium indicum • Chiloscyllium hasseltii • Eucrossorhinus dasypogon • Scoliodon laticaudus • Oxynotus centrina • Carcharhinus melanopterus • Carcharhinus falciformis • Heterodontus francisci • Squatina africana • Triaenodon obesus • Ginglymostoma cirratum • Alopias vulpinus • Squalus cubensis • Isogomphodon oxyrhynchus • Heptranchias perlo • Rhizoprionodon terraenovae • Dalatias licha • Squatina japonica • Nebrius ferrugineus • Squalus acanthias • Lamna nasus • Mustelus asterias • Scyliorhinus boa • Lamna ditropis • Carcharodon carcharias • Isurus oxyrinchus • Isurus paucus • Centroscymnus coelolepis • Cephaloscyllium ventriosum • Galeocerdo cuvier • Pseudocarcharias kamoharai • Mitsukurina owstoni • Carcharias taurus • Carcharhinus acronotus • Sphyrna mokarran • Hexanchus griseus • Negaprion acutidens • Alopias superciliosus • Orectolobus maculatus • Carcharhinus brachyurus • Carcharhinus galapagensis • Mustelus henlei • Orectolobus ornatus • Proscyllium habereri • lower jaw region • whole body • head • pectoral fin • tail Machine-accessible metadata file describing the reported data (ISA-Tab format)AbstractThe cranial diversity of sharks reflects disparate biomechanical adaptations to feeding. In order to be able to investigate and better understand the ecomorphology of extant shark feeding systems, we created a x-ray computed tomography (CT) library of shark cranial anatomy with three-dimensional (3D) lower jaw reconstructions. This is used to examine and quantify lower jaw disparity in extant shark species in a separate study. The library is divided in a dataset comprised of medical CT scans of 122 sharks (Selachimorpha, Chondrichthyes) representing 73 extant species, including digitized morphology of entire shark specimens. This CT dataset and additional data provided by other researchers was used to reconstruct a second dataset containing 3D models of the left lower jaw for 153 individuals representing 94 extant shark species. These datasets form an extensive anatomical record of shark skeletal anatomy, necessary for comparative morphological, biomechanical, ecological and phylogenetic studies.

  • 3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130

  • 3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322

  • 3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046

  • 3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207

Rolf K. H. Kinne - One of the best experts on this subject based on the ideXlab platform.

Pepijn Kamminga - One of the best experts on this subject based on the ideXlab platform.

  • X-ray computed tomography library of shark anatomy and lower jaw surface models
    Scientific Data, 2017
    Co-Authors: Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns, Martin D Brazeau
    Abstract:

    Design Type(s) data integration objective • species comparison design Measurement Type(s) morphology Technology Type(s) computed tomography Factor Type(s) animal body part • organism Sample Characteristic(s) Brachelurus waddi • Echinorhinus brucus • Centrophorus uyato • Chlamydoselachus anguineus • Pristiophorus japonicus • Centrophorus seychellorum • Cetorhinus maximus • Orectolobus japonicus • Apristurus laurussonii • Centroselachus crepidater • Sphyrna tudes • Euprotomicrus bispinatus • Etmopterus spinax • Mustelus higmani • Galeus melastomus • Galeorhinus galeus • Scyliorhinus stellaris • Squatina squatina • Carcharhinus leucas • Scyliorhinus canicula • Chiloscyllium punctatum • Halaelurus boesemani • Atelomycterus marmoratus • Hemiscyllium strahani • Prionace glauca • Squalus megalops • Atelomycterus macleayi • Carcharhinus hemiodon • Hemiscyllium trispeculare • Chiloscyllium arabicum • Sphyrna tiburo • Sphyrna corona • Mustelus mustelus • Isistius brasiliensis • Scymnodalatias albicauda • Deania calcea • Chiloscyllium griseum • Heterodontus japonicus • Eusphyra blochii • Sphyrna zygaena • Carcharhinus amboinensis • Triakis semifasciata • Squalus suckleyi • Carcharhinus macloti • Carcharhinus dussumieri • Chaenogaleus macrostoma • Hemigaleus microstoma • Sphyrna lewini • Halaelurus buergeri • Stegostoma fasciatum • Chiloscyllium indicum • Chiloscyllium hasseltii • Eucrossorhinus dasypogon • Scoliodon laticaudus • Oxynotus centrina • Carcharhinus melanopterus • Carcharhinus falciformis • Heterodontus francisci • Squatina africana • Triaenodon obesus • Ginglymostoma cirratum • Alopias vulpinus • Squalus cubensis • Isogomphodon oxyrhynchus • Heptranchias perlo • Rhizoprionodon terraenovae • Dalatias licha • Squatina japonica • Nebrius ferrugineus • Squalus acanthias • Lamna nasus • Mustelus asterias • Scyliorhinus boa • Lamna ditropis • Carcharodon carcharias • Isurus oxyrinchus • Isurus paucus • Centroscymnus coelolepis • Cephaloscyllium ventriosum • Galeocerdo cuvier • Pseudocarcharias kamoharai • Mitsukurina owstoni • Carcharias taurus • Carcharhinus acronotus • Sphyrna mokarran • Hexanchus griseus • Negaprion acutidens • Alopias superciliosus • Orectolobus maculatus • Carcharhinus brachyurus • Carcharhinus galapagensis • Mustelus henlei • Orectolobus ornatus • Proscyllium habereri • lower jaw region • whole body • head • pectoral fin • tail Machine-accessible metadata file describing the reported data (ISA-Tab format)AbstractThe cranial diversity of sharks reflects disparate biomechanical adaptations to feeding. In order to be able to investigate and better understand the ecomorphology of extant shark feeding systems, we created a x-ray computed tomography (CT) library of shark cranial anatomy with three-dimensional (3D) lower jaw reconstructions. This is used to examine and quantify lower jaw disparity in extant shark species in a separate study. The library is divided in a dataset comprised of medical CT scans of 122 sharks (Selachimorpha, Chondrichthyes) representing 73 extant species, including digitized morphology of entire shark specimens. This CT dataset and additional data provided by other researchers was used to reconstruct a second dataset containing 3D models of the left lower jaw for 153 individuals representing 94 extant shark species. These datasets form an extensive anatomical record of shark skeletal anatomy, necessary for comparative morphological, biomechanical, ecological and phylogenetic studies.

  • 3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130

  • 3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322

  • 3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046

  • 3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207

Paul W. De Bruin - One of the best experts on this subject based on the ideXlab platform.

  • X-ray computed tomography library of shark anatomy and lower jaw surface models
    Scientific Data, 2017
    Co-Authors: Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns, Martin D Brazeau
    Abstract:

    Design Type(s) data integration objective • species comparison design Measurement Type(s) morphology Technology Type(s) computed tomography Factor Type(s) animal body part • organism Sample Characteristic(s) Brachelurus waddi • Echinorhinus brucus • Centrophorus uyato • Chlamydoselachus anguineus • Pristiophorus japonicus • Centrophorus seychellorum • Cetorhinus maximus • Orectolobus japonicus • Apristurus laurussonii • Centroselachus crepidater • Sphyrna tudes • Euprotomicrus bispinatus • Etmopterus spinax • Mustelus higmani • Galeus melastomus • Galeorhinus galeus • Scyliorhinus stellaris • Squatina squatina • Carcharhinus leucas • Scyliorhinus canicula • Chiloscyllium punctatum • Halaelurus boesemani • Atelomycterus marmoratus • Hemiscyllium strahani • Prionace glauca • Squalus megalops • Atelomycterus macleayi • Carcharhinus hemiodon • Hemiscyllium trispeculare • Chiloscyllium arabicum • Sphyrna tiburo • Sphyrna corona • Mustelus mustelus • Isistius brasiliensis • Scymnodalatias albicauda • Deania calcea • Chiloscyllium griseum • Heterodontus japonicus • Eusphyra blochii • Sphyrna zygaena • Carcharhinus amboinensis • Triakis semifasciata • Squalus suckleyi • Carcharhinus macloti • Carcharhinus dussumieri • Chaenogaleus macrostoma • Hemigaleus microstoma • Sphyrna lewini • Halaelurus buergeri • Stegostoma fasciatum • Chiloscyllium indicum • Chiloscyllium hasseltii • Eucrossorhinus dasypogon • Scoliodon laticaudus • Oxynotus centrina • Carcharhinus melanopterus • Carcharhinus falciformis • Heterodontus francisci • Squatina africana • Triaenodon obesus • Ginglymostoma cirratum • Alopias vulpinus • Squalus cubensis • Isogomphodon oxyrhynchus • Heptranchias perlo • Rhizoprionodon terraenovae • Dalatias licha • Squatina japonica • Nebrius ferrugineus • Squalus acanthias • Lamna nasus • Mustelus asterias • Scyliorhinus boa • Lamna ditropis • Carcharodon carcharias • Isurus oxyrinchus • Isurus paucus • Centroscymnus coelolepis • Cephaloscyllium ventriosum • Galeocerdo cuvier • Pseudocarcharias kamoharai • Mitsukurina owstoni • Carcharias taurus • Carcharhinus acronotus • Sphyrna mokarran • Hexanchus griseus • Negaprion acutidens • Alopias superciliosus • Orectolobus maculatus • Carcharhinus brachyurus • Carcharhinus galapagensis • Mustelus henlei • Orectolobus ornatus • Proscyllium habereri • lower jaw region • whole body • head • pectoral fin • tail Machine-accessible metadata file describing the reported data (ISA-Tab format)AbstractThe cranial diversity of sharks reflects disparate biomechanical adaptations to feeding. In order to be able to investigate and better understand the ecomorphology of extant shark feeding systems, we created a x-ray computed tomography (CT) library of shark cranial anatomy with three-dimensional (3D) lower jaw reconstructions. This is used to examine and quantify lower jaw disparity in extant shark species in a separate study. The library is divided in a dataset comprised of medical CT scans of 122 sharks (Selachimorpha, Chondrichthyes) representing 73 extant species, including digitized morphology of entire shark specimens. This CT dataset and additional data provided by other researchers was used to reconstruct a second dataset containing 3D models of the left lower jaw for 153 individuals representing 94 extant shark species. These datasets form an extensive anatomical record of shark skeletal anatomy, necessary for comparative morphological, biomechanical, ecological and phylogenetic studies.

  • 3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus acanthias (ZMA.PISC.116130

  • 3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus suckleyi (RMNH.PISC.4322

  • 3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus megalops (RMNH.PISC.34046

  • 3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207)
    2017
    Co-Authors: Martin D Brazeau, Pepijn Kamminga, Paul W. De Bruin, Jacob Geleijns
    Abstract:

    3D reconstruction of the left lower jaw of Squalus cubensis (ZMA.PISC.111207

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