Expression of CD44 in juvenile skate and in embryonic stage 32 and stage 33 little skates visualized using a grayscale plot for individual channels and a gradient plot to resolve and compare the intensity of expression.

<p>Expression of CD44 in juvenile skate and in embryonic stage 32 and stage 33 little skates visualized using a grayscale plot for individual channels and a gradient plot to resolve and compare the intensity of expression.</p>

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Bibliographic Details
Main Author:	Neelima Sharma (20783202) (author)
Other Authors:	Yara Haridy (3374018) (author), Neil Shubin (9372513) (author)
Published:	2025
Subjects:	Evolutionary Biology Ecology Immunology Developmental Biology Inorganic Chemistry Environmental Sciences not elsewhere classified simultaneously provide mobility petromyozon marinus </ myxine glutinosa </ molecular features required leucoraja erinacea </ hyaluronic acid receptor growth differentiation factor gnathostome stem suggests extinct clades along chiloscyllium plagiosum </ >&# 946 ;</ sea lampreys (< bamboo shark (< little skate (< div >< p normal articular surfaces synovial joints originated articular surfaces hagfish (< little skates synovial joints articular cavities reciprocally congruent muscle paralysis muscle activity manner similar load bearing joint fusion jawed vertebrates jawed fish immunostaining reveals extant gnathostomes early evolution data suggest common ancestor cartilaginous tissue cartilaginous elements articulated joints >- catenin
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Expression of CD44 in juvenile skate and in embryonic stage 32 and stage 33 little skates visualized using a grayscale plot for individual channels and a gradient plot to resolve and compare the intensity of expression.

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