bioeng_admin
2005-03-30 21:01:32
0
40
세미나가 아래와 같이 있아오니 많이 참석하여 주시기 바랍니다.
- 아 래 -
- 일자 : 2005.3.30(Wed) 16:00 ~ 17:00
- 장소 : Room 219, Chung Moon Soul Building (E16)
- 제목 : Interrogating Development and Disease by Nuclear
Transplantation
- 연사 : Dr. Kevin Eggan
Assistant Professor, Department of Molecular and
Cellular Biology, Harvard University
The development of the fertilized zygote into a complex organism has traditionally thought to be a unidirectional process, with cells in the developing fetus becoming gradually more committed to a specific tissue type. The recent development of mammalian cloning by nuclear transfer (NT) suggests that the mammalian oocyte has the remarkable ability to relieve the constraints imposed by cellular differentiation and return an adult nucleus to a totipotent, embryonic state. Thus, cloning by NT provides a unique opportunity to elucidate the molecular and cellular mechanisms by which an adult cell can be returned to an undifferentiated state, a process termed developmental reprogramming. The combination of developmental reprogramming/nuclear transfer with embryonis stem cell technologies offers exciting medical possibilities with respect to understanding and treating human diseas.
- 아 래 -
- 일자 : 2005.3.30(Wed) 16:00 ~ 17:00
- 장소 : Room 219, Chung Moon Soul Building (E16)
- 제목 : Interrogating Development and Disease by Nuclear
Transplantation
- 연사 : Dr. Kevin Eggan
Assistant Professor, Department of Molecular and
Cellular Biology, Harvard University
The development of the fertilized zygote into a complex organism has traditionally thought to be a unidirectional process, with cells in the developing fetus becoming gradually more committed to a specific tissue type. The recent development of mammalian cloning by nuclear transfer (NT) suggests that the mammalian oocyte has the remarkable ability to relieve the constraints imposed by cellular differentiation and return an adult nucleus to a totipotent, embryonic state. Thus, cloning by NT provides a unique opportunity to elucidate the molecular and cellular mechanisms by which an adult cell can be returned to an undifferentiated state, a process termed developmental reprogramming. The combination of developmental reprogramming/nuclear transfer with embryonis stem cell technologies offers exciting medical possibilities with respect to understanding and treating human diseas.
