Fig. 5
- ID
- ZDB-FIG-230519-45
- Publication
- Huang et al., 2022 - Genome-wide association study reveals the genetic basis of growth trait in yellow catfish with sexual size dimorphism
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Growth performance in the control and stat5b transgenic yellow catfish and zebrafish. (A) The construction of transgenic plasmid pTol2-β-actin-stat5b-EGFP. Yellow catfish stat5b gene was inserted into the transgenic plasmid, and pTol2-β-actin- EGFP was used as the control. (B) Comparisons of the body weight in the control and stat5b transgenic yellow catfish at 4-month-old. F0 generation was used. (C) Evaluation of the sexual dimorphism in body weight of the control and stat5b transgenic yellow catfish at 4-month-old. F0 generation was used. (D, F) Comparisons of the body weight in the control and two stat5b heterozygous transgenic zebrafish lines (TG-stat5b-EGFP-1 and TG-stat5b-EGFP-2) at 4-month-old. (E and G) Evaluation of the sexual dimorphism in body weight of the control and two stat5b heterozygous transgenic zebrafish lines (TG-stat5b-EGFP-1 and TG-stat5b-EGFP-2) at 4-month-old. (For interpretation of the references to colour in this figure legend, the reader is referred to the web version of this article.) |