When I was first approached to edit the present volume, I was somewhat relucΒ tant to undertake this humbling task because most of my own scientific expertise is derived fi'om studies of mammalian fertilization rather than somatic cell nuclear transfer (SCNT). However, in the last ten years, I was v
[Advances in Experimental Medicine and Biology] Somatic Cell Nuclear Transfer Volume 591 || Nuclear Remodeling and Nuclear Reprogramming for Making Transgenic Pigs by Nuclear Transfer
β Scribed by Sutovsky, Peter
- Book ID
- 120512335
- Publisher
- Springer New York
- Year
- 2007
- Tongue
- English
- Weight
- 893 KB
- Edition
- 1
- Category
- Article
- ISBN
- 0387377549
No coin nor oath required. For personal study only.
β¦ Synopsis
When I was first approached to edit the present volume, I was somewhat relucΒ tant to undertake this humbling task because most of my own scientific expertise is derived fi'om studies of mammalian fertilization rather than somatic cell nuclear transfer (SCNT). However, in the last ten years, I was very fortunate to train, colΒ laborate, and communicate with a number of distinguished "doners," many of whom kindly agreed to contribute to the present volume. This experience made me appreΒ ciate that the understanding of cellular and molecular events during and after SCNT is deeply rooted in our knowledge of fertilization of mammalian ovum by the speramatozoon, to which I prefer to refer to as "natural fertilization," not to say that SCNT should be regarded as "unnatural fertilization". Unique cellular events arisΒ ing from SCNT have no parallel in natural fertilization and early pre-implantation development. The list includes the requirement of donor cell-nuclear remodeling, disposal of donor cell organelles, the possibility of heteroplasmy (i. e. , presence of mixed mitochondrial genomes) and altered mode of oocyte activation. Thanks to seminal contributions of my distinguished colleagues, the present volume reviews the progress of SCNT technology in major mammalian species including mouse, pig, and cattle, while at the same time, parallels can be drawn and distinctions made between the cellular and molecular basis of nuclear transfer and fertilization.
π SIMILAR VOLUMES