エピソード

  • 011 - Concluding Remarks

    011 - Concluding Remarks
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    24 分
  • 010 - Experiments with Hybrids of other Species of Plants

    010 - Experiments with Hybrids of other Species of Plants
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    18 分
  • 009 - The Reproductive Cells of the Hybrids

    009 - The Reproductive Cells of the Hybrids
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    27 分
  • 008 - The Offspring of Hybrids in which several Differentiating Characters are Associated

    008 - The Offspring of Hybrids in which several Differentiating Characters are Associated
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    22 分
  • 007 - The Subsequent Generations bred from the Hybrids

    007 - The Subsequent Generations bred from the Hybrids
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    5 分
  • 006 - The Second Generation bred from the Hybrids

    006 - The Second Generation bred from the Hybrids
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    6 分
  • 005 - The First Generation bred from the Hybrids

    005 - The First Generation bred from the Hybrids
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    10 分
  • 004 - The Forms of the Hybrids

    004 - The Forms of the Hybrids
    2026/01/27
    Discover the remarkable journey of Gregor Mendel, an Augustinian monk at the St. Thomas monastery in Brno, who revolutionized our understanding of genetics. His groundbreaking paper, Experiments in Plant Hybridization, meticulously details his studies on pea plants, where he first identified the principles of dominant and recessive traits. Initially overlooked and met with skepticism, Mendels work was rediscovered at the dawn of the 20th century, ultimately earning him the esteemed title of the father of modern genetics. Join us as we explore his life, his challenges, and the incredible impact of his discoveries. (Summary by Availle)
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    5 分