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Showing 1 to 4 of 4 for “"Leucoraja Erinacea"”.

  1. The evolution and function of pharyngeal arch signalling centres in jawed vertebrates

    … in a cartilaginous fish, the little skate (Leucoraja erinacea). Once formed, skate gill arches expand laterally, and give rise to cartilaginous appendages called branchial rays, which develop under the influence of a Shh-expressing signalling centre called the gill arch epithelial ridge …

    cambridge Repository record for The evolution and function of pharyngeal arch signalling centres in jawed vertebrates (opens in a new tab)

  2. Axial patterning of the chondrichthyan pharyngeal endoskeleton and the origin of the jaw

    … of a cartilaginous fish, the little skate (Leucoraja erinacea), which has retained an ancestral organisation of the jaw and gill arch endoskeleton, and which possesses a reduced gill-like structure (a “pseudobranch”) on the back of the mandibular arch. Using candidate and RNAseq/differential …

    cambridge Repository record for Axial patterning of the chondrichthyan pharyngeal endoskeleton and the origin of the jaw (opens in a new tab)

  3. Decoding the Little Skate Retina: Structural Variants and Developmental Dynamics

    … vertebrate visual development. The Little Skate (Leucoraja Erinacea) is a fascinating model for elasmobranch-specific retinal innovation, and this is underscored by two significant morphological oddities in their retinal design. The best studied of these is their “simplex” photoreceptor layer, …

    cuny Repository record for Decoding the Little Skate Retina: Structural Variants and Developmental Dynamics (opens in a new tab)

  4. Decoding the Little Skate Retina: Structural Variants and Developmental Dynamics

    … vertebrate visual development. The Little Skate (Leucoraja Erinacea) is a fascinating model for elasmobranch-specific retinal innovation, and this is underscored by two significant morphological oddities in their retinal design. The best studied of these is their “simplex” photoreceptor layer, …

    cuny Repository record for Decoding the Little Skate Retina: Structural Variants and Developmental Dynamics (opens in a new tab)