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Embryonic development,

Membrez M, Hummler E, Beermann F et al (2006) GLUT8 is dispensable for embryonic development but influences hippocampal neurogenesis and heart function. Mol Cell Biol 26 4268 876... [Pg.551]

PDGF Isoforms consist of homo- and heterodimers of A- and B-polypeptide chains and homodimers of C- and D-polypeptide chains PDGFR Consists of PDGFR a and (3 receptors Embryonic development, particularly in the formation of the kidney, blood vessels, and various mesenchymal tissues. Proliferation of connective tissues, glial and smooth muscle cells... [Pg.566]

HGF The ligands are heterodimers of A and B subunits linked by a disulfide bond HGFR Consists of three receptors MET, SEA and RON Motogenesis, morphogenesis, angiogenesis, and embryonic development... [Pg.566]

Insight from the PPARa Knockout Mouse. PPARa-deficient adult mice are viable, fertile, and healthy, indicating that PPARa is not essential for embryonic development. When adult PPARa-7- mice are treated with fibrates, the characteristic response to PP is abolished, with no liver weight increase, no increase in... [Pg.942]

Fak (focal adhesion kinase) is expressed in most tissues and is evolutionary conserved across species. It is activated by integrin clustering and by stimulation of several G protein-coupled recqrtors and RTKs. Fak is associated with focal adhesions and regulates cell spreading and migration. The kinase is essential for embryonic development since the homozygote Fak knockout is embryonic lethal. Pyk2 (proline-rich tyrosine kinase 2), the second member of the Fak kinase family has a more restricted expression pattern (primarily neuronal and hematopoietic cells) and does not localize to focal adhesions. [Pg.1260]

The ligand does not affect the embryonic development of C. intestinalis significantly. [Pg.426]

Mc2Sn(cap) and Et2Sn(cap) do not affect the embryonic development Bu2Sn(cap) and Bu2Sn(cap) exert toxic activity on C. intestinalis embryos in the early stages of development. This toxicity is concentration-dependent and is related to the lipophilic properties of the complexes. Cytotoxic... [Pg.426]

Guillette, L.J., Crain, D.A., and Rooney, A.A. et al. (1995). Organization versus activation— the role of endocrine-disrupting contaminants (EDCs) during embryonic-development in wildlife. Environmental Health Perspectives 103, 157-164. [Pg.350]

Wohrmann-Repenning A. and Barth-Miiller U. (1994). Functional anatomy of the vomeronasal complex in the embryonic development of the pig (Sus scrofa). Acta Theriol 39, 313-323. [Pg.257]

FIGURE 44-1. Embryonic development. (Reprinted, with permission, from Moore KL, The Developing Human. New York Elsevier, 1874 p 96 copyright 1974.) The horizontal bars represent potential sensitivity to teratogens. The pink areas represent the more critical times. [Pg.723]


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Adrenal Embryonic development

Cell division embryonic development

Early embryonic development, reproductive

Ecdysteroids in embryonic development

Embryon

Embryonal development

Embryonic

Embryonic and fetal development

Embryonic development ecdysteroids

Embryonic development neural tube defects

Embryonic development transcription factors

Embryonic development vitamin

Embryonic development, cytokine

Embryonic development, cytokine functions

Embryonic kidney development

Embryonic vascular development

Embryonic/fetal development

Enzyme activities, during embryonic development

Growth factors embryonic development

Lymphoid tissues embryonic development

Pregnancy embryonic development

Protein expression during embryonic muscle development

Protocols Designed to Mimic Embryonic Kidney Development

Reproductive toxicity embryonic /fetal development

Retinoic acid embryonic development

Role in Embryonic Development Insights from the Zebra Fish Model

Semantic theory of embryonic development

The key structures of embryonic development

The logic of embryonic development

The problem of embryonic development

The role of growth factors in embryonic development

The semantic theory of embryonic development

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