tRNA와 리보솜 기능
_단백질 합성(translation)
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Polypeptide
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_tRNA의 기능
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Wobble 법칙
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Wobble 법칙
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
- tRAN의 anticodon과 mRNA의 codon은 base pairing rule을 따르지 않는 경우가 있습니다.
_Aminoacyl tRNA synthetase
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Ribosome
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
단백질 합성 시작, 신장, 종결
_단백질 합성 시작: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 종결: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 종결: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 종결: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 종결: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 종결: Bacteria
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
세균과 진핵생물 단백질 합성 차이
- 박테리아에서는 전사와 번역이 couple되어 진행됩니다. 반면에 eukaryote에서는 RNA polymerase와 ribosome이 다른 compartment에서 작용하므로 couple이 불가능합니다.
_박테리아에서의 전사와 번역 coupling
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_박테리아에서의 전사와 번역 coupling
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Polysome
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Polysome
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 시작: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 신장: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 합성 종결: eukaryote
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
단백질 합성 조절 및 분해
_단백질 합성 조절
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_SECIS element
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Molecular chaperone
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Post-translational modification
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Ubiquitylation
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Ub Porteasome System
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_Protein quality control
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634
_단백질 응집체에 의한 Ub pool dynamics 파괴
https://www.kmooc.kr/view/course/detail/7288?tm=20240608201634