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- B380820ea991c1d6810f31d76d36f48d2 date_retrieved "2012-09-17" @default.
- B380820ea991c1d6810f31d76d36f48d2 external_class "VHOG:0001162" @default.
- B380820ea991c1d6810f31d76d36f48d2 ontology "VHOG" @default.
- B380820ea991c1d6810f31d76d36f48d2 source "ISBN:978-0030223693 Liem KF, Bemis WE, Walker WF, Grande L, Functional Anatomy of the Vertebrates: An Evolutionary Perspective (2001) p.429, DOI:10.1146/annurev.cellbio.17.1.255 Chow RL and Lang RA, Early eye development in vertebrates. Annual Review of Cell and Developmental Biology (2001)" @default.
- B380820ea991c1d6810f31d76d36f48d2 source "http://bgee.unil.ch/" @default.
- B380820ea991c1d6810f31d76d36f48d2 type Axiom @default.
- B380820ea991c1d6810f31d76d36f48d2 annotatedProperty UBPROP_0000003 @default.
- B380820ea991c1d6810f31d76d36f48d2 annotatedSource UBERON_0006270 @default.
- B380820ea991c1d6810f31d76d36f48d2 annotatedTarget "(...) an essentially similar sequence of events occurs during the embryonic development of the vertebrate eye. The eye initially develops as a single median evagination of the diencephalon that soon bifurcates to form the paired optic vesicles (reference 1); The first morphological sign of eye development in vertebrates is the bilateral evagination of diencephalon in the early neurula. In mammals, this is marked by the appearance of the optic pit, whereas in fish and amphibians a bulging of the optic primordia is observed. Continued evagination of the optic primordia leads to the formation of the optic vesicles (reference 2).[well established][VHOG]" @default.