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Co-treatment with Demecolcine and BMI-1026, a Potent cdk1 Inhibitor, Induces the Enucleation of Murine Oocytes

초록

영어

Oocyte enucleation is essential for somatic cell nuclear transfer (SCNT) in the production of cloned animals or embryonic stem cells from adult somatic cells. Most studies of oocyte enucleation have been performed using micromanipulator-based techniques, which are technically demanding, time-consuming, and expensive. Several recent studies have used chemical-induced oocyte enucleation; however, each has been plagued by low efficiency and toxicity. In this study, I found that the co-treatment of murine oocytes with demecolcine and BMI-1026, a potent cdk1 inhibitor, resulted in a high enucleation rate (97%). This method is entirely independent of a micromanipulator and is suitable for the large-scale production of enucleated oocytes. This new method of enucleation will be useful in SCNT and in the development of handmade cloning techniques.

목차

ABSTRACT
 INTRODUCTION
 MATERIALS AND METHODS
  Collection of Ovulated Oocytes
  Induction of Oocyte Enucleation and Evaluation
  Oocyte Fixation and DNA Staining
  Classification of the Phenotypes of the Oocytes
  Statistical Analysis
 RESULTS
  Classification of the Oocytes into Four Types
 DISCUSSION
 REFERENCES

저자정보

  • 최태생 Taesaeng Choi. 단국대학교

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