Species‐specific Challenges in Dog Cloning
GA Kim, HJ Oh, JE Park, M J Kim, EJ Park, YK Jo, Goo Jang, Min‐Kyu Kim, HJ Kim, BC Lee
Abstract
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GA Kim, HJ Oh, JE Park, M J Kim, EJ Park, YK Jo, Goo Jang, Min‐Kyu Kim, HJ Kim, BC Lee
Abstract
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Somatic cell nuclear transfer (SCNT) is now an established procedure used in cloning of several species. SCNT in dogs involves multiple steps including the removal of the nuclear material, injection of a donor cell, fusion, activation of the reconstructed oocytes and finally transfer to a synchronized female recipient. There are therefore many factors that contribute to cloning efficiency. By performing a retrospective analysis of 2005-2012 published papers regarding dog cloning, we define the optimum procedure and summarize the specific feature for dog cloning.
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Somatic cell nuclear transfer (SCNT) is now an established procedure used in cloning of several species. SCNT in dogs involves multiple steps including the removal of the nuclear material, injection of a donor cell, fusion, activation of the reconstructed oocytes and finally transfer to a synchronized female recipient. There are therefore many factors that contribute to cloning efficiency. By performing a retrospective analysis of 2005-2012 published papers regarding dog cloning, we define the optimum procedure and summarize the specific feature for dog cloning.
Key concepts: Somatic cell nuclear transfer, Cloning (programming), Computational biology, Biology, Somatic cell, Cell biology, Genetics, Embryo