A neontological interpretation of conodont elements based on agnathan cyclostome tooth structire function, and development

Lethaia

Volumn 23, Issue 4, 1990, Pages 359-378

  KREJSA, RICHARD J ^a   BRINGAS, PABLO ^b   SLAVKIN, HAROLD C ^b  

^a CALIFORNIA POLYTECHNIC STATE UNIVERSITY   (United States)

^b UNIVERSITY OF SOUTHERN CALIFORNIA   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

AGNATHA; CONODONT; CYCLOSTOME; HAGFISH; PALAEOBIOLOGY; TOOTH HISTOLOGY;

EID: 0025694141     PISSN: 00241164     EISSN: 15023931     Source Type: Journal    
DOI: 10.1111/j.1502-3931.1990.tb01369.x     Document Type: Article

References (95)

1. Conodont palaeobiology: a historical review
2. Conodonts
3. A soft body of evidence
4. The affinities of conodonts ‐ new evidence from the Carboniferous of Edinburgh, Scotland
5. Conodont faunal change across the Ordovician/Silurian boundary ‐ Beautiful promise fulfilled
6. Strukturen, Apparate und Phylogenie primi‐tiver Conodonten
7. New evidence for the vertebrate affinity of the cono‐dontophorids
8. The teeth of Myxinoid fishes
9. Morphological studies No. 3. The nature of the teeth of Marsipobranch fishes
10. Über Hornzähne
11. The structure of some Middle Cambrian conodonts, and the early evolution of conodont structure and function
12. A functional model for the conodont apparatus
13. : The early history of the Conodonta
14. The structure and composition of the teeth and grasping spines of chaetognaths
15. Conodont studies number one ‐ Introduction
16. Conodonts are not aplacophoran molluscs
17. The conodont animal
18. Introduction to the Conodonta
19. A new Cambrian lophophorate from the Burgess Shale of British Columbia
20. Conodont function: fallacies of the tooth model
21. The early history of the vertebrate calcified skeleton
22. Structure and function of enamel gene products. Matrix proteins as templates for mineralization
23. Protein and mineral changes during prenatal and postnatal development and mineralization of human deciduous enamel
24. Chordate affinities of the Conodonts
25. A third embryo of Myxine: Considerations on hypophysial ontogeny and phylogeny
26. Western Atlantic hagfishes of the genus Eptatretus (Myxinidae) with descriptions of two new species
27. Yet more reflections on agnathan‐gnatho‐stome relationships
28. Early devebpment of the hagfish pituitary gland Evidence for the endodermal origin of the adeno‐hypophysis
29. Zur Conodonten‐Frage
30. Über die Basis der Conodonten
31. Über die Basis bei den Gattungen Palmato‐lepsis und Polygnathus (Conodontida)
32. Anatomie und Entwicklung der Zykle stomenzæhne unter Berücksichigung ihrer phylogenetischen Stellung
33. Morphology of conodonts
34. Biology in the United States‐ A Prospect [A review of Biological Lectures delivered at the Marine Biological Laboratory of Wood's Holl. (sic)]
35. Hornzähne der Cyclostomen
36. The phylogeny of the Craniata, with special reference to the significance of fossil agnathans
37. L, animale‐conodonte enfin démasqué
38. : a reply
39. Conodont element function
40. The enimatic Middle Ordovician fossil Archeognathus and its relations to conodonts and vertebrates
41. The comparative anatomy of the integu‐mental skeleton
42. Epithelial cytodifferentiation during hagfish (Eptatretus srouti and Myxine glutinosa) embryonic and early postnatal tooth development
43. Conodont elements and cyclostome teeth compared: An interpretation of conodont structure based on cyclostome tooth morphology and function
44. The Cyclostome mode An interpretation of conodont element structure and function based on Cyclostome tooth morphology, function, and life history
45. Earliest cranite teeth identified: The hagfish‐conodont connection
46. Hagfish tooth development and morphology compared with conodonts: Agnathan ancestors identified
47. The Skin
48. The development of teeth and associated feeding structures during the metamorphosis of the lamprey
49. On the affinities of conodonts
50. Conodont palaeobiology
51. Feinstrukturelle Unter‐suchungen an Conodonten. 1. Die Überfamilie Pandero‐dontacea
52. Three new species of seven‐gilled hagfishes (Myxinidae
53. Micromorphology of elements. Internal structure
54. Über den Feinbau der Conodonten
55. Growth and function of conodonts
56. Form and function of the Pa element in the conodont animal
57. Re‐examination of Silurian conodont clusters from Northern Indiana
58. Journal of Paleontology, 15. 71–81; and 1962. Conodonts
59. A biomolecular survey of calcification
60. Zur chemischen Zusammensetzung und Mikromorphologie der Conodonten
61. A proposal for the functional and phylogenetic significance of differences in the dentition of lampreys (Agnatha: Petromyzontiformes)
62. The zoological affinities of the conodonts
63. Taxonomy and biofacies of important conodonts of Late Devonian Styriacus Zone. United States and Germany
64. Weitere Funde von Cono‐donten‐Gruppen aus dem oberen Karbon des Sauerlandes
65. The rat dentition
66. Microstructure of some Middle Ordo‐vician Conodonts
67. Discoveries bearing on the nature of the conodont animal
68. Tooth formation: a tool in developmental biology
69. Sequential expression and differential function of multiple enamel proteins during fetal, neonatal and early postnatal stages of mouse molar organogenesis
70. Enamel‐like antigens in hagfish: Possible evolutionary significance
71. Epithelial cyto‐differentiation during hagfish (Eptatrerus stouti and Myxine glutinosa) embryonic and early postnatal tooth morphogenesis
72. Evolution of enamel proteins: a paradigm for mechanisms of biomineralization
73. Amelogenin gene expression during epithelial‐mesenchymal interactions
74. A conodont animal from the lower Silurian of Wisconsin, USA. and the apparatus architecture of panderodontid conodonts
75. Keratins and keratinization
76. The biochemistry of skin disease
77. Conodonts from the Middle Devonian bone beds of central and west‐central Ohio
78. Conodonts: Those fascinating little whatzits
79. Preliminary structural comparisons of protoconodont, paraconodont, and euconodont elements
80. L'animal conodonte est‐il un Mollusc Aplacophore
81. Le retour de I'animal‐conodonte
82. On the teeth of Pelromyzon and Myxine
83. Feeding mechanisms as evidence for cyclostome monophyly