Melatonin improves turbot oocyte meiotic maturation and antioxidant capacity, inhibits apoptosis-related genes mRNAs in vitro

Raw data and supplemental data

Figure S1: Proportions of different size of oocytes during isolated samples; Figure S2 Effect of melatonin on cAMP synthetic (ac3α, ac3β) and hydrolytic (pde3α, pde3β) genes expression, cAMP content and maturation-related gene mPRα in turbot follicle and oocyte after treatment for 24 hours; Table S1: Gonadosomatic index of turbot during ovarian development; Table S2 Proportion of oocyte during ovarian development; Table S3 The GVBD of different diameters of follicle culture in vitro; Table S4 The GVBD of different diameters oocyte culture in vitro; Table S5 Effects of melatonin on turbot follicle GVBD; Table S6 Effects of melatonin on turbot oocyte GVBD; Table S7 Effects of DHP on turbot follicle GVBD; Table S8 Effects of DHP on turbot oocyte GVBD; Table S9 The expression of mtnrs mRNA; Table S10 The expression of mtnrs mRNA in follicle; Table S11 Effect of melatonin on mtnrs expression in oocyte; Table S12 Effect of melatonin on the antioxidant capacity of follicle and oocyte; Table S13 Relative expression of p53, caspae3, bax, bcl2 mRNAs and bax/bcl2 in follicle