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    Desoxyribonucleic Acid Synthesis In The Regenerating Liver

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    Author
    Hensleigh, Darrell
    Date of Issue
    1965-04-01
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    URI
    https://scholars.carroll.edu/handle/20.500.12647/3284
    Title
    Desoxyribonucleic Acid Synthesis In The Regenerating Liver
    Type
    thesis
    Abstract
    In order to fully understand DNA synthesis in the regenerating liver, one must understand liver regeneration as a whole. Liver generation can therefore be divided into two stages. The first stage, lasting approximately one week, consists of rapid restoration of the hepatic cells. Individual hepatocytes are enlarged and undergo rapid mitosis. The second stage, lasting from seven days to twenty-eight days, is characterized by increasing liver fluids which brings the liver to its original weight. The first stage of liver regeneration will be extensively covered in this paper with emphasis on DNA synthesis.In order to fully understand DNA synthesis in the regenerating liver, one must understand liver regeneration as a whole. Liver generation can therefore be divided into two stages. The first stage, lasting approximately one week, consists of rapid restoration of the hepatic cells. Individual hepatocytes are enlarged and undergo rapid mitosis. The second stage, lasting from seven days to twenty-eight days, is characterized by increasing liver fluids which brings the liver to its original weight. The first stage of liver regeneration will be extensively covered in this paper with emphasis on DNA synthesis.In order to fully understand DNA synthesis in the regenerating liver, one must understand liver regeneration as a whole. Liver generation can therefore be divided into two stages. The first stage, lasting approximately one week, consists of rapid restoration of the hepatic cells. Individual hepatocytes are enlarged and undergo rapid mitosis. The second stage, lasting from seven days to twenty-eight days, is characterized by increasing liver fluids which brings the liver to its original weight. The first stage of liver regeneration will be extensively covered in this paper with emphasis on DNA synthesis.In order to fully understand DNA synthesis in the regenerating liver, one must understand liver regeneration as a whole. Liver generation can therefore be divided into two stages. The first stage, lasting approximately one week, consists of rapid restoration of the hepatic cells. Individual hepatocytes are enlarged and undergo rapid mitosis. The second stage, lasting from seven days to twenty-eight days, is characterized by increasing liver fluids which brings the liver to its original weight. The first stage of liver regeneration will be extensively covered in this paper with emphasis on DNA synthesis.In order to fully understand DNA synthesis in the regenerating liver, one must understand liver regeneration as a whole. Liver generation can therefore be divided into two stages. The first stage, lasting approximately one week, consists of rapid restoration of the hepatic cells. Individual hepatocytes are enlarged and undergo rapid mitosis. The second stage, lasting from seven days to twenty-eight days, is characterized by increasing liver fluids which brings the liver to its original weight. The first stage of liver regeneration will be extensively covered in this paper with emphasis on DNA synthesis.In order to fully understand DNA synthesis in the regenerating liver, one must understand liver regeneration as a whole. Liver generation can therefore be divided into two stages. The first stage, lasting approximately one week, consists of rapid restoration of the hepatic cells. Individual hepatocytes are enlarged and undergo rapid mitosis. The second stage, lasting from seven days to twenty-eight days, is characterized by increasing liver fluids which brings the liver to its original weight. The first stage of liver regeneration will be extensively covered in this paper with emphasis on DNA synthesis.
    Degree Awarded
    Bachelor's
    Semester
    Spring
    Department
    Life & Environmental Sciences
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    • Life and Environmental Sciences Undergraduate Theses

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