Fig. 7
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- ZDB-FIG-081111-36
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- Mendonsa et al., 1999 - Genetic analysis of tissue interactions required for otic placode induction in the zebrafish
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Disruption of hindbrain development in val- embryos does not further delay expression of dlx-3. Shown are expression patterns of both dlx-3 and krox-20 at (A?D) 11 h, (E?H) 12 h, and (I?L) 14 h. Although embryos lacking val function cannot be morphologically distinguished at the early developmental stages examined here, val- embryos were identified unambiguously by virtue of their low levels of krox-20 expression in rhombomere 5. Expression of dlx-3 is normal in val- (A, E, I) and ntl-;val- embryos (B, F, J). Upregulation of dlx-3 in the otic regions (arrows) in oep-;val- (C, G, K) and ntl-;oep-;val- embryos (D, H, L) is delayed to roughly the same extent as in oep- and ntl-;oep- embryos with normal val function (see Fig. 3). |
Reprinted from Developmental Biology, 206, Mendonsa, E.S. and Riley, B.B., Genetic analysis of tissue interactions required for otic placode induction in the zebrafish, 100-112, Copyright (1999) with permission from Elsevier. Full text @ Dev. Biol.