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1 pp. TFIIE TFIIH RNA II Pol II TFIIB TFIID TFIIE TFIIF TFIIH Pol II Pol II TFIIE α β TFIIE TFIIH DNA H A H B H H RNA II Pol II Pol II DNA pre-initiation complex PIC PIC Pol II TFIIB TFIID TFIIE TFIIF TFIIH Pol II TFIIB TFIID TFIIE TFIIF TFIIH Pol II TFIIB TFIID TFIIE TFIIF TFIIH Structural biology of a general transcription factor, TFIIE and its interaction mode with TFIIH Masahiko Okuda and Yoshifumi Nishimura Graduate School of Supramolecular Biology, Yokohama City University, Suehiro-cho, Tsurumi-ku, Yokohama, Japan PIC PIC TFIID TATA TATA-binding protein TBP
2 5 0 2 生化学 第8 0巻 第6号 図1 転写開始複合体 PIC の Stepwise assembly モデル 図2 PIC 構成因子の構造決定例 A DNA-TBP コアドメイン-TFIIB の C 末ドメイン複合体 PDB ID 1VOL B Pol II 構造 完全1 2サブユニット PDB ID 1WCM C Pol II-TFIIB 複合体 PDB ID 1R5U D 転写伸長中の Pol II の構造 PDB ID 1I6H TBP のコアドメイン TFIIB の C 末ドメイン TFIIBc Pol II をリボンモデ ルで DNA RNA TFIIB の N 末ドメイン TFIIBn を球体モデルで示し ている 図の作製には PyMOL プログラム57 を使用した
3 2 0 0 8年 6月 5 0 3 図3 ヒト基本転写因子 TFIIE のドメイン構造 これまでに決定したドメイン構造 および配列から予想される構造モチーフ whth FH ウイングド ヘリックス ターン ヘ リックス フォークヘッド ZF ジンクフィンガー HTH ヘリックス ターン ヘリックス bhlh 塩基性ヘリックス ルー プ ヘリックス bhl 塩基性ヘリックス ループ STDE はセリン トレオニン アスパラギン酸 グルタミン酸に富んだ領域 Acidic は酸性アミノ酸に富んだ領域を示している 構造はリボンモデルで表示している H α ヘリックス S β 鎖 図の作製には MOLMOL プログラム58 を使用した 図4 TFIIEαAC ドメインと TFIIH p6 2 PH ドメインとの複合体の溶 液構造 A 2 0個の NMR 主鎖構造の重ね合わせ PDB ID 2RNR B エ ネルギー最小構造のリボンモデル表示 図の作製には MOLMOL プ ログラム58 を使用した
4 5 0 4 生化学 第8 0巻 第6号 図5 図6 図7
5 Pol II PIC TFIIE TFIIE TFIIH TFIIE PIC Pol II TFIID TBP DNA DNA A TFIIB TFIIF Pol II TFIIE TFIIE TFIIH PIC DNA-TBP -TFIIB C Pol II Pol II-TFIIB PIC TFIIF Pol II TFIIE TFIIH TFIIH DNA TFIIE TFIIE α TFIIEα kda β TFIIEβ kda TFIIE α β TFIIE αβ PIC X TFIIE TFIIE TFIIF kda α kda β TFIIE TFIIE αβ NMR TFIIE TFIIE NMR TFIIEαAC TFIIEαAC AC TFIIH p PH AC N MOLMOL TFIIEαAC TFIIH p PH A TFIIEα AC N p PH B TFIIEα AC F V p PH C TFIIEα AC p PH A B AC PH GRASP PyMOL TFIIEαAC TFIIH p PH p TAD Tfb PH A TFIIEαAC -TFIIH p PH B p TAD -Tfb PH PDB ID GS P TfbB Tfb p MOLMOL
6 TFIIE TFIIEβ TFIIEβ C β whth FH DP HNF- γ DNA DNA DNA TFIIEβ DNA whth DNA TFIIEβ DNA NMR whth DNA TFIIE whth RFX whth DNA DNA TFIIEα TFE TFIIFα whth DNA TFIIFα whth CHD CHD Chd Chd Chd CHD H Chd CHD TFIIH DNA TFIIE DNA TFIIEβ DNA C bhl DNA TFIIEα TFIIEα C C C C C CD NMR N C DNA TFIIE TFIIH TFIIH TFIIE TFIIH PIC TFIIH Pol II kda TFIIH
7 XPB p p p p p TTDA CAK CDK activating kinase Cdk, cyclin H, MAT XPD TFIIH Pol II ATP DNA DNA ATP CTD Pol II Rpb C TFIIE ATP CTD PIC Pol II TFIIE TFIIH TFIIEα C AC TFIIE TFIIH TFIIEα C TFIIH TFIIEα TFIIH p TFIIEα C AC p p GST AC p N pleckstrin homology PH PH NMR TFIIEα AC NMR N C β α TFIIEα AC TFIIH p PH NOE p PH TFIIEα AC N β p PH AC N E E PH S S S β β A F A PH β S PH S S S S PH β B AC N N F F PH β B E E V F PH S H B AC N C AC N PH N TFIIE TFIIH p p TAD p TAD TAD TAD TAD p Tfb PH Tfb PH S S VP TAD Tfb p TAD VP TAD PH TFIIEα AC p TAD PH β TFIIEα AC N S TFIIEα AC F p TAD
8 F PH p TAD PH TFIIEα AC p TAD Tfb PH TFIIEα AC p PH TAD p TAD RPA A p TAD MDM VP TAD htafii TBP TFIIEα AC N p PH ITC p TAD p Tfb PH Kd nm nm NMR VP TAD Tfb PH Kd µm TFIIEα AC p PH Pol II TFIIH TFIIH TFIIE PIC p VP p E F- ERα p VP ERα p PH TFIIEα AC p PH TFIIE TAD p VP TFIIEα AC p PH TFIIE TFIIH PIC p TAD p PH TFIIH TFIIE TFIIH p TAD p PH p S T Kd nm S T Kd nm nm nm ITC TFIIEα p PH Kd nm TFIIEα p PH p TAD S T p TAD TFIIH p DNA p PH p DNA p TAD p TAD TFIIEα AC p S T p TAD p PH TFIIEα AC p p TFIIH DNA TFIIE αβ TFIIEβ C NMR X TFIIE NMR PIC TFIIE DNA Pol II TFIIEα AC TFIIH p PH TFIIE PIC
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