... limb evolution. SHH WNT BMP FGF HOXA HOXD Topological domains Turing Teleost For over 60 years, vertebrate limb bud development has been one of the most prominent experimental paradigms for studying study the fundamental processes underlying morphogenesis and organogenesis. Indeed...

... . J. Neurosci. 28 , 13684 – 13695 . Competing interests statement The authors declare no competing financial interests. 15 4 2013 © 2013. Published by The Company of Biologists Ltd 2013 ArhGEF18 Medaka Retina Rho signaling Teleost Epithelial polarity...

... no competing financial interests. 6 9 2011 © 2011. CNS Adult neural stem cells Brain injury Genetic lineage-tracing Neurogenesis Teleost In mammals, severe injury to the adult brain has catastrophic effects and significant regeneration does not occur. By contrast...

... patterning Teleost In the process of the embryogenesis, specialized cells (or organs) act as organizing centers for adjacent tissues. The floor plate, a row of distinctive cells located at the ventral midline of the neural tube, is an important organizing center in the central nervous system...

...Frank Stellabotte; Betsy Dobbs-McAuliffe; Daniel A. Fernández; Xuesong Feng; Stephen H. Devoto The myogenic precursors responsible for muscle growth in amniotes develop from the dermomyotome, an epithelium at the external surface of the somite. In teleosts, the myogenic precursors responsible...

... and diencephalic neuronal patterning in the blind cavefish Astyanax mexicanus , a teleost fish closely related to zebrafish. A comparison between cave- and surface-dwelling forms of Astyanax shows that cavefish display larger Shh expression in all anterior midline domains throughout development. This does...

...Donald A. Kane; Karen N. McFarland; Rachel M. Warga Epiboly, the spreading of the blastoderm over the large yolk cell, is the first morphogenetic movement of the teleost embryo. Examining this movement as a paradigm of vertebrate morphogenesis, we have focused on the epiboly arrest mutant half...

...Marilyn J. Anderson; Chi Y. Choy; Stephen G. Waxman Multiple ependymal structures have been observed in regenerating spinal cord of the teleost Apteronotus albifrons . Evidence is presented for two modes of formation of the secondary ependymas: budding off from the primary ependyma, and de novo...