Open Journal Systems

Research Progress and Application Prospect of IPS Cells

Ceng Yiwu

Article ID: 526
Vol 1, Issue 1, 2017, Article identifier:

VIEWS - 378 (Abstract) 212 (PDF)


Differentiated somatic cells can be reprogrammed into induced pluripotent stem cells (iPS cells) by introducing
specific transcription factors. This technique avoids immune rejection and ethical problems in stem cell research.
A great revolution in the fi eld of science. As with embryonic stem cells (ES cells), iPS cells are able to self-renew
and maintain undiff erentiated state. In vitro, iPS cells can be induced to diff erentiate into a variety of mature cells,
therefore, iPS cells in theoretical research and clinical applications are extremely valuable. IPS cell diff erentiation
and transplantation in the treatment of blood diseases have a great use, iPS cells can treat nervous system diseases,
to provide in vitro disease model, to study the mechanism of disease formation, screening new drugs and the
development of new to provide a new treatment The The use of iPS cells as a nuclear donor cell, with the appropriate
receptor cells after fusion can be directly obtained transgenic animals. Not only can improve the genetic nature of
animals, but also can break the boundaries of species and get the new animal traits that cannot achieve by using
traditional mating methods. The research of iPS cells has been widely concerned, and it is the research hotspot in cell
biology and molecular biology. In this paper, the defi nition of iPS cells, the acquisition of iPS cells, the history of
development, the signifi cance of research, the progress of research, the application of iPS cells, and the problems of
iPS cells were reviewed.

Full Text:


Included Database

(378 Abstract Views, 212 PDF Downloads)


  • There are currently no refbacks.

Copyright (c) 2018 Gene Science and Engineering

Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.