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Dep. Of Animal Sci. National Inst. Of Agrobiological Sciences | 論文
- Introduction of Various Vietnamese Indigenous Pig Breeds and Their Conservation by Using Assisted Reproductive Techniques
- Vitrification of Fully Grown and Growing Porcine Oocytes Using Germinal Vesicle Transfer
- Evaluation of Developmental Competence of In Vitro-produced Porcine Embryos Based on the Timing, Pattern and Evenness of the First Cleavage and Onset of the Second Cleavage
- Intracytoplasmic Sperm Injection in the Pig : Where is the Problem?
- An approach for conservation of pig resources by xenograft of gonadal tissue to mice
- Effect of Centrifugation Treatment before Vitrification on the Viability of Porcine Mature Oocytes and Zygotes Produced In Vitro
- Fine Mapping of a Region of Rat Chromosome 12 Close to the Aspermia (as) Locus and Comparison with the Human Orthologous Regions
- Endocrine Status and Development of Porcine Testicular Tissues in Host Mice
- Affected Homologous Chromosome Pairing and Phosphorylation of Testis Specific Histone, H2AX, in Male Meiosis Under FKBP6 Deficiency
- Changes in Circulating and Testicular Levels of Inhibin A and B During Postnatal Development in Bulls
- Development In Vivo and In Vitro to Blastocysts of Porcine Oocytes Matured and Fertilized In Vitro
- Isolation and Identification of F-Spondin in the Boar Testis and Its Production During Testis Growth
- 肉用種ドナー群の卵胞嚢腫発生に対する膣内留置型プロジェステロン製剤の有効性
- Improvement of Porcine Oocytes with Low Developmental Ability after Fusion of Cytoplasmic Fragments Prepared by Serial Centrifugation
- Evaluation of Developmental Competence of In Vitro-produced Porcine Embryos Based on the Timing, Pattern and Evenness of the First Cleavage and Onset of the Second Cleavage
- 4Cで冷蔵保存された精巣上体から採取・凍結・融解した精子を用いたブタの繁殖の試み
- Expression Analysis of MIF4GD in the Rat Testis
- Factors Affecting Fertilization and Embryonic Development During Intracytoplasmic Sperm Injection in Pigs
- Vitrification of Fully Grown and Growing Porcine Oocytes Using Germinal Vesicle Transfer
- Improvement of Porcine Oocytes with Low Developmental Ability after Fusion of Cytoplasmic Fragments Prepared by Serial Centrifugation