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 , ac3 β ) and hydrolytic ( pde3α , pde3 β ) genes expression, cAMP content and maturation-related gene mPRα in turbot follicle and oocyte...

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Bibliographic Details
Main Author: Yudong Jia
Format: Article in Journal/Newspaper
Language:unknown
Published: Zenodo 2023
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Online Access:https://doi.org/10.5281/zenodo.7780231
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Summary: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 , ac3 β ) and hydrolytic ( pde3α , pde3 β ) 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