The segmentation clock is an oscillating genetic network thought to govern the rhythmic and
sequential subdivision of the elongating body axis of the vertebrate embryo into somites: the …

Resorption and remodelling of skeletal tissues is required for development and growth,
mechanical adaptation, repair, and mineral homeostasis of the vertebrate skeleton. Here we …

Somites are the most obvious metameric structures in the vertebrate embryo. They are
mesodermal segments that form in bilateral pairs flanking the notochord and are created …

A large-scale mutagenesis screen was performed in Medaka to identify genes acting in
diverse developmental processes. Mutations were identified in homozygous F3 progeny …

The generation of somites, and the subsequent formation of their major derivatives, muscle-,
cartilage-, dermis-and tendon-cell lineages, is tightly orchestrated and, to different extents …

Somitogenesis is a hallmark feature of all vertebrates and some invertebrate species that
involves the periodic formation of block-like structures called somites. Somites are transient …

Mammalian CYPHER (Oracle, KIA0613), a member of the PDZ-LIM family of proteins
(Enigma/LMP-1, ENH, ZASP/Cypher, RIL, ALP, and CLP-36), has been associated with …

Rhythmic and sequential segmentation of the growing vertebrate body relies on the
segmentation clock, a multi-cellular oscillating genetic network. The clock is visible as tissue …

Somitogenesis is the key developmental step, which divides the vertebrate body axis into
segmentally repeated structures. It requires an intricate process of pre-patterning, which is …

Zebrafish tgfβ3 is strongly expressed in a subpopulation of the migrating neural crest cells,
develo** pharyngeal arches and neurocranial cartilages. To study the regulatory role of …