FIGURE

Fig 1

ID

ZDB-FIG-240310-1

Publication

Ruan et al., 2024 - New insights into the all-testis differentiation in zebrafish with compromised endogenous androgen and estrogen synthesis

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Fig 1

Additional depletion of dmrt1 restored the phenotype of ovary differentiation in cyp17a1-/- zebrafish.

(A–F) Anatomical examination of the gonads from the control fish, cyp17a1-/- fish, dmrt1-/- fish, and cyp17a1-/-;dmrt1-/- fish at 90 dpf. (G–L) Histological analysis of the gonads from the control fish, cyp17a1-/- fish, dmrt1-/- fish, and cyp17a1-/-;dmrt1-/- fish at 90 dpf. (A and G) Control fish ovary. (M) Sex ratios in fish of each genotype mentioned above at 90 dpf. (N) Ratios of PG, PV, EV, MV and FG follicles in fish of each genotype at 90 dpf. PG, primary growth. PV, previtellogenic. EV, early vitellogenic. MV, middle vitellogenic. FG, full grown. (O) Concentration of serum estradiol in control females, control males, cyp17a1-/- fish, dmrt1-/- females, and cyp17a1-/-;dmrt1-/- fish. E2, estradiol. (P–U) Histological analysis of the gonads from the control fish, cyp17a1-/- fish, dmrt1-/- fish, and cyp17a1-/-;dmrt1-/- fish at 50 dpf. (V) Sex ratios in fish of each genotype mentioned above at 50 dpf. Different letters in the bar charts represent significant differences.

Expression Data

Expression Detail

Antibody Labeling

Phenotype Data

Phenotype Detail

Acknowledgments

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