Stemcell calssification
1. Based upon location
Embryonic stemcells
Somatic/ adult stemcells
2. Based upon function
Totipotent
Pluripotent
Multipotent
Unipotent
Reject Response
Traditional Immuno-repressents
Constant administration
Little engraftment after 3~4 weeks
Host immune system impaired
Vulnerable to Infection
↓Need brief immuno-re
3. 암화에 의한 세포주 확립
동물세포를 이용한 연구 발전에 기여
4. Sato등에 의해 무혈청 배양법 확립
1960. 무혈청 배양 시도
1963-5(Ham) 혈청 공급 없이
CHO cell cloning
1970(Sato) 혈청 대신 호르몬
첨가 cell line 무혈청 배양
성공
Human embryonal kidney, SV40 and large T antigen transformed
A. Limitations
So far we have seen a new approach of using stemcells for targeting cancer site and a new concept of
treatment. However it might seem fascinating, it is important to note that significant impediments remain
before the true potential of this novel therapy can be fully realized. Here in this section we are going to
mainly focus on the limitations of neural stemcells esp
1) Rivalry among Competing Sellers: Fierce to Strong
(1) Big Three U.S. Companies
Automobile companies are facing vigorous battle in North America, and some companies have to deal with their net loss and huge amount of debt. General Motors Co., Ford Motor Co., and Chrysler Group LLC, so called ‘Big Three’ in automotive industry got through major crisis in 2008, and GM ended up filing
유전자클로닝의 개요
DNA는 많은 생명공학 기술에 사용되고 있죠? 과학이 발달한 요즘은 DNA를 손쉽게 추출할 수 있습니다. 그러나 추출할 수 있는 DNA는 매우 적은양이기 때문에 다음의 기술을 이용하여 원하는 양 만큼의 DNA를 얻을 수 있습니다.
유전자 클로닝
우리가 원하는 DNA를 대량으로 얻기 위해