Fig. 5
- ID
- ZDB-FIG-150408-4
- Publication
- Sawada et al., 2015 - In vivo loss of function study reveals the short stature homeobox-containing (shox) gene plays indispensable roles in early embryonic growth and bone formation in zebrafish
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The effects of early developmental loss of the shox gene expression on the calcification process in multiple craniofacial bones and vertebral columns. A: Results of the Alizarin red/Alcian blue staining in 7dpf larvae. a–d: Fish injected with control MO (8 ng/embryo). e–h: Fish injected with the same dose of the Shox MO at the 1–2-cell-stage embryos. a and e show whole body from lateral view, and b and f are magnified views of anterior vertebral columns. c, d, g, and h are magnified views of head region. c and g represent the lateral view, and d and h are the ventral view. VT, vertebral columns; SK, skull; OP, opercle; EN, entopterygoid; QD, quadrate; CHB, ceratohyal bone; BRs, branchiostegal rays; HMB, hyomandibular bone; CBs, ceratobranchials. B: Emergence rate of the Alizarin red positive bones (QD, CHB, and HMB) in 7bpf larvae. C: Cumulative numbers of Alizarin red positive VT and BRs (mineralized bone) and the numbers of CBs (cartilage) in the 10dpf larvae. Values are represented as mean±S.D. (n=13–16). |
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Knockdown Reagent: | |
Observed In: | |
Stage: | Days 7-13 |