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Thomas Hunt Morgan

    Thomas Hunt Morgan was a pioneering evolutionary biologist and geneticist whose groundbreaking research on fruit flies fundamentally reshaped our understanding of heredity. Working in his famed "Fly Room," he demonstrated that genes reside on chromosomes, thereby establishing the foundation for modern genetics. His work illuminated the mechanical basis of inheritance, earning him a Nobel Prize and establishing a crucial model organism for future genetic studies. Morgan's legacy endures through his extensive scientific contributions and the generations of scientists he inspired.

    Regeneration In Bipalium
    The Mechanism of Mendelian Heredity
    The Third-chromosome Group of Mutant Characters of Drosophila Melanogaster
    Regeneration In Planarians
    Miracle Run
    Manywhere
    • 2023

      Regeneration In Planarians

      • 66 pages
      • 3 hours of reading

      This pioneering work in the field of regeneration studies explores the ability of planarians to regenerate complete organisms from small fragments. With clear and concise language, Thomas Hunt Morgan presents his groundbreaking research that revolutionized the study of developmental biology and paved the way for future discoveries.

      Regeneration In Planarians
    • 2023

      The Formation Of The Fish-embryo

      • 64 pages
      • 3 hours of reading

      This groundbreaking work by renowned biologist Thomas Hunt Morgan provides a detailed account of the development of the fish embryo, illuminating the complex processes that underlie the growth and differentiation of biological organisms. A must-read for students of biology, genetics, and developmental science.

      The Formation Of The Fish-embryo
    • 2023

      This seminal work by Thomas Hunt Morgan explores the problem of biological development, including the role of genes and heredity in shaping an organism. The book offers insight into the emerging field of genetics and provides important foundational concepts for modern biology.

      The Problem Of Development, Volume 1, Issue 1
    • 2023

      Focusing on the fascinating process of tail regeneration in fish, the book presents Morgan's scientific research that uncovers the mechanisms behind this phenomenon. It explores the biological and medical implications of these findings, making it essential for those intrigued by the complexities of nature.

      Further Experiments On The Regeneration Of The Tail Of Fishes
    • 2023

      Focusing on the remarkable regenerative abilities of Planaria Lugubris, this scientific study delves into the physiological and genetic mechanisms that enable these creatures to regrow lost body parts and regenerate entire organisms from small fragments. It offers valuable insights for biology students and enthusiasts, highlighting the complexities of growth and regeneration in these fascinating organisms.

      Growth And Regeneration In Planaria Lugubris
    • 2023

      Evolution and Adaptation

      in large print

      • 656 pages
      • 23 hours of reading

      The book is a reproduction of a historical work, published by Megali, which focuses on making literature accessible through large print editions. This initiative aims to assist individuals with impaired vision, ensuring that they can enjoy classic texts with greater ease.

      Evolution and Adaptation
    • 2023

      "The nine stories in Morgan Thomas's shimmering debut collection witness Southern queer and genderqueer determined to find themselves reflected in the annals of history, whatever the cost. AS Thomas's subjects trace deceit and violence through Southern tall tales and their own pasts, their journeys reveal the porous boundaries of body, land, and history, and the sometimes ruthless awakenings of self-discovery. Winding between reinventions and remembrance, transition and transcendence, these origin stories resound across centuries. With warm, meticulous emotional intelligence, Morgan Thomas uncovers how the stories we borrow to understand ourselves in turn shape the people we become. Ushering in a new form of queer mythmaking, Manywhere introduces a storyteller of uncommon range and talent." --page [4] of cover.

      Manywhere
    • 2022
    • 2022