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Showing 1 to 5 of 5 for “"Settore MVET-01/B - Fisiologia veterinaria"”.

  1. TRANSCRIPTOME LANDSCAPE OF EARLY FOLLICULOGENESIS IN MAMMALS: UNLOCKING THE INTERPLAY MECHANISMS TO ENHANCE ART EFFICIENCY IN FERTILITY PRESERVATION

    Assisted reproductive technologies (ARTs) are fundamental in fertility preservation. However, current ART procedures rely only on a limited portion of the female gamete reserve, specifically the antral follicles. In contrast, the preantral follicle population, which represents 99% of the reserve, …

    milano Repository record for TRANSCRIPTOME LANDSCAPE OF EARLY FOLLICULOGENESIS IN MAMMALS: UNLOCKING THE INTERPLAY MECHANISMS TO ENHANCE ART EFFICIENCY IN FERTILITY PRESERVATION (opens in a new tab)

  2. IMPACT OF NUTRIENT IMBALANCE ON THE EPIGENETIC SIGNATURE AND GENE EXPRESSION OF BOVINE EARLY EMBRYOS

    The Developmental Origins of Health and Disease (DOHaD) theory emphasizes the long-term health implications of maternal nutritional imbalances during pregnancy. This study focuses on how variations in energetic substrates during preimplantation development affect gene expression, differential …

    milano Repository record for IMPACT OF NUTRIENT IMBALANCE ON THE EPIGENETIC SIGNATURE AND GENE EXPRESSION OF BOVINE EARLY EMBRYOS (opens in a new tab)

  3. DISSECTING THE ROLE OF REACTIVE OXYGEN SPECIES IN EARLY MAMMALIAN EMBRYOGENESIS

    … activates the cell cycle (Han et al., 2018). In our study, we utilized HyPer7-MLS mRNA encoded to the mitochondrial matrix, which was microinjected into immature oocytes (GV) and in vitro matured oocytes (MII). These microinjected oocytes were then matured or fertilized in vitro. To …

    milano Repository record for DISSECTING THE ROLE OF REACTIVE OXYGEN SPECIES IN EARLY MAMMALIAN EMBRYOGENESIS (opens in a new tab)

  4. SOMATIC SIGNALS REGULATING MRNA TRANSLATION IN MAMMALIAN OOCYTE.

    In oocytes, resumption and completion of meiosis I are driven by post-transcriptional mechanisms on a background of repressed mRNA transcription. However, a comprehensive understanding of this regulation in higher-order mammals has been limited by challenges in isolating polysome-associated mRNAs. …

    milano Repository record for SOMATIC SIGNALS REGULATING MRNA TRANSLATION IN MAMMALIAN OOCYTE. (opens in a new tab)