Titlebook: Shh and Gli Signalling in Development; Carolyn E. Fisher,Sarah E. M. Howie Book 2007 Springer-Verlag New York 2007 Invertebrate.Vertebrate

規(guī)范就好

Introduction,ed, descriptive studies of embryo development have been around for millennia. Aristotle (384–322 BC) wrote a very detailed description of mammalian embryogenesis, similar to the picture we accept today, inferring that the process was driven by an ., known as a “vital force” in later centuries. Descr

Nmda-Receptor

BAN

Role of , and , Signalling in Oligodendroglial Development,ic hedgehog (Shh) protein produced in the ventral midline structures. Whilst . signalling is required for ventral oligodendrogenesis in the entire central nervous system, . activity only regulates oligodendrocyte development in the ventral spinal cord. . plays a nonessential role in ventral oligoden

設(shè)想

Arbitrary

動(dòng)脈

Sonic Hedgehog Signalling during Tooth Morphogenesis,g normal vertebrate development. In common with many regions of the embryo, . is expressed in the developing tooth in a regionally restricted manner. Specifically, . expression is localised to the epithelial component of the tooth germ at various stages during the odontogenic process; however, both

地殼

Limb Pattern Formation,nogenesis. . (Shh) plays a key regulatory role during vertebrate limb development as a mediator of the zone of polarizing activity, which directs antero-posterior patterning and ensures that a thumb develops anteriorly and a little finger at the posterior edge of the hand..The purpose of this chapte

AMBI

Sonic Hedgehog Signalling in the Developing and Regenerating Fins of Zebrafish,ly development of the structure that will form the paired fins (the fin bud) present similarities with the early formation of the tetrapod fore and hindlimb buds. One of these conserved molecular pathways involves secreted factors of the Hedgehog family [sonic hedgehog (shh) and tiggywinkle hedgehog

avenge

大洪水

Hedgehog Signalling in Prostate Morphogenesis,generally lagged behind work in other well-characterised systems. The mesenchymal-epithelial interactions in prostate development and the role of testosterone as an inducer of prostate morphogenesis have certainly been a subject of enduring interest, but the lack of molecular markers for prostate di