Fig. 4
- ID
- ZDB-FIG-180122-4
- Publication
- Wang et al., 2017 - A TBX5 3'UTR variant increases the risk of congenital heart disease in the Han Chinese population
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TBX5 3?UTR variant rs6489956 affected heart development in zebrafish embryo. (a?d?) Examples of heart defects with variable severity in zebrafish: (a and a?) normal heart; (b and b?) mild defect: heart shows mild looping arrested, pericardium effusion, and dropsy of ventral position; (c and c?) moderate defect: heart shows moderate looping arrested, pericardium effusion and dropsy of ventral position; (d and d?) severe defect: malformed embryo with small, string-like heart, severe pericardium effusion, and dropsy of ventral position. Green A indicates ventricle; red V indicates atrium. (e) Distribution of four categories of heart morphologies in each experimental group at 48?hpf: WT control, MO standard control, MO (5?ng), MO (2.5?ng), MO (0.5?ng), MO+C allele mRNA, MO+T allele mRNA, MO+C allele mRNA+miR-9, MO+T allele mRNA+miR-9, MO+C allele mRNA+miR-30a, MO+T allele mRNA+miR-30a. (f) EGFP sensors were coinjected with mCherry control as indicated. miR-9/30a precursor injection reduced EGFP levels in EGFP-3?UTR sensor (third column), while mCherry levels were unchanged. In the EGFP-3?UTR-T sensor (fourth column), more significant reduction in EGFP was noted. |
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Stage: | Long-pec |
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Stage: | Long-pec |