Home 6. 원핵생물의 전사조절
Post
Cancel

6. 원핵생물의 전사조절

세균 전령 RNA 특징


Post-Image _Prokaryote mRNA 특징
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

  • Ribosome 결합으로 안정화 되어있지 않은 mRNA는 RNase E에 의해 분해될 수 있습니다.

Post-Image _Prokaryote sigma factor
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Riboswitch
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Protein에 의한 riboswitch
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _온도에 의한 riboswitch
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Heat shock sigma factor
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Heat shock sigma factor
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

전사조절의 중요성 및 음양조절


Post-Image _Prokaryote의 전사 조절
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote 음성/양성 조절
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Glucose 레벨에 의한 조절
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Anti-termination에 의한 조절
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Anti-termination에 의한 조절
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

세균 오페론 모델에 대한 이해


Post-Image _Prokaryote 오페론 구성
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote 오페론 종류
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Tryptophan 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Tryptophan 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Tryptophan 오페론 attenuation
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Aribinose 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Aribinose 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Aribinose 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

젖당 오페론 모델에 대한 이해


Post-Image _Prokaryote Lactose 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Lactose 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote Lactose 오페론
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote lac 오페론 - 효소의 역할
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote lac 오페론 - 효소의 역할
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote lac 오페론 - 효소의 역할
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote lac 오페론의 inducer
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote glucose에 의한 세포내 lactose 농도 변화
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

Post-Image _Prokaryote lac 오페론 on/off
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634

This post is licensed under CC BY 4.0 by the author.