Search Query :
9LLV
Dimer sgt2 from s.cerevisiae Deposition Author(s): Huang, C. , Ji, T.
Date: 2025-01-17 Method: SOLUTION NMR Resolution: N.A. Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 9LLV_A , 9LLV_B
9N5B
Rna polymerase ii elongation complex containing 8-oxog at +1 site, apo form Deposition Author(s): Oh, J. , Wang, D.
Date: 2025-02-04 Method: X-RAY DIFFRACTION Resolution: 3.1 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 9N5B_R , 9N5B_I , 9N5B_J , 9N5B_K , 9N5B_L , 9N5B_T , 9N5B_N , 9N5B_A , 9N5B_B , 9N5B_C , 9N5B_E , 9N5B_F , 9N5B_H
9N5C
Rna polymerase ii elongation complex with 8-oxog at +1 site, cmpcpp-bound Deposition Author(s): Oh, J. , Wang, D.
Date: 2025-02-04 Method: X-RAY DIFFRACTION Resolution: 3.6 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 9N5C_R , 9N5C_I , 9N5C_J , 9N5C_K , 9N5C_L , 9N5C_T , 9N5C_N , 9N5C_A , 9N5C_B , 9N5C_C , 9N5C_E , 9N5C_F , 9N5C_H
9N5D
Rna polymerase ii elongation complex with 8-oxog at +1 site, cmp added Deposition Author(s): Oh, J. , Wang, D.
Date: 2025-02-04 Method: X-RAY DIFFRACTION Resolution: 3.35 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 9N5D_R , 9N5D_I , 9N5D_J , 9N5D_K , 9N5D_L , 9N5D_T , 9N5D_N , 9N5D_A , 9N5D_B , 9N5D_C , 9N5D_E , 9N5D_F , 9N5D_H
9N5E
Rna polymerase ii elongation complex with 8-oxog at +1 site, ampcpp in e-site Deposition Author(s): Oh, J. , Wang, D.
Date: 2025-02-04 Method: X-RAY DIFFRACTION Resolution: 3.75 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 9N5E_R , 9N5E_I , 9N5E_J , 9N5E_K , 9N5E_L , 9N5E_T , 9N5E_N , 9N5E_A , 9N5E_B , 9N5E_C , 9N5E_E , 9N5E_F , 9N5E_H
9N5F
Rna polymerase ii elongation complex with 8-oxog in syn-conformation with added amp Deposition Author(s): Oh, J. , Wang, D.
Date: 2025-02-04 Method: X-RAY DIFFRACTION Resolution: 3.6 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 9N5F_R , 9N5F_I , 9N5F_J , 9N5F_K , 9N5F_L , 9N5F_T , 9N5F_N , 9N5F_A , 9N5F_B , 9N5F_C , 9N5F_E , 9N5F_F , 9N5F_H
9N5G
Rna polymerase ii elongation complex with 8-oxog at +1 site, atp in both a- and e-site Deposition Author(s): Oh, J. , Wang, D.
Date: 2025-02-04 Method: X-RAY DIFFRACTION Resolution: 3.15 Å Organism(s): Saccharomyces Cerevisiae S288C , Synthetic Construct Sequences Data: 9N5G_R , 9N5G_I , 9N5G_J , 9N5G_K , 9N5G_L , 9N5G_T , 9N5G_N , 9N5G_A , 9N5G_B , 9N5G_C , 9N5G_E , 9N5G_F , 9N5G_H
9N6V
Ssu processome maturation and disassembly, state a Deposition Author(s): Buzovetsky, O. , Klinge, S.
Date: 2025-02-05 Method: ELECTRON MICROSCOPY Resolution: 3.16 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 9N6V_L0 , 9N6V_L9 , 9N6V_LC , 9N6V_LD , 9N6V_LE , 9N6V_LF , 9N6V_LG , 9N6V_LH , 9N6V_LI , 9N6V_LJ , 9N6V_LK , 9N6V_L1 , 9N6V_LL , 9N6V_LM , 9N6V_LN , 9N6V_LO , 9N6V_LP , 9N6V_LQ , 9N6V_LR , 9N6V_LS , 9N6V_LT , 9N6V_LU , 9N6V_L2 , 9N6V_LV , 9N6V_LW , 9N6V_LX , 9N6V_LY , 9N6V_LZ , 9N6V_NA , 9N6V_NB , 9N6V_NC , 9N6V_ND , 9N6V_NE , 9N6V_NF , 9N6V_L3 , 9N6V_NG , 9N6V_NH , 9N6V_NI , 9N6V_NK , 9N6V_NM , 9N6V_NN , 9N6V_NQ , 9N6V_OA , 9N6V_SA , 9N6V_SB , 9N6V_L4 , 9N6V_SC , 9N6V_SD , 9N6V_SE , 9N6V_SF , 9N6V_SG , 9N6V_SH , 9N6V_SI , 9N6V_SJ , 9N6V_SK , 9N6V_SL , 9N6V_SM , 9N6V_SN , 9N6V_SP , 9N6V_L5 , 9N6V_SQ , 9N6V_SR , 9N6V_SS , 9N6V_ST , 9N6V_SU , 9N6V_SV , 9N6V_SW , 9N6V_SY , 9N6V_SZ , 9N6V_L6 , 9N6V_L7 , 9N6V_L8
9N6W
Ssu processome maturation and disassembly, state a* Deposition Author(s): Buzovetsky, O. , Klinge, S.
Date: 2025-02-05 Method: ELECTRON MICROSCOPY Resolution: 3.05 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 9N6W_L0 , 9N6W_L9 , 9N6W_LC , 9N6W_LD , 9N6W_LE , 9N6W_LF , 9N6W_LG , 9N6W_LH , 9N6W_LI , 9N6W_LJ , 9N6W_LK , 9N6W_L1 , 9N6W_LL , 9N6W_LM , 9N6W_LN , 9N6W_LO , 9N6W_LP , 9N6W_LQ , 9N6W_LR , 9N6W_LS , 9N6W_LT , 9N6W_LU , 9N6W_L2 , 9N6W_LV , 9N6W_LW , 9N6W_LX , 9N6W_LY , 9N6W_LZ , 9N6W_NA , 9N6W_NB , 9N6W_NC , 9N6W_ND , 9N6W_NE , 9N6W_NF , 9N6W_L3 , 9N6W_NG , 9N6W_NH , 9N6W_NI , 9N6W_NK , 9N6W_NM , 9N6W_NN , 9N6W_NQ , 9N6W_OA , 9N6W_SA , 9N6W_SB , 9N6W_L4 , 9N6W_SC , 9N6W_SD , 9N6W_SE , 9N6W_SF , 9N6W_SG , 9N6W_SH , 9N6W_SI , 9N6W_SJ , 9N6W_SK , 9N6W_SL , 9N6W_SM , 9N6W_SN , 9N6W_SP , 9N6W_L5 , 9N6W_SQ , 9N6W_SR , 9N6W_SS , 9N6W_ST , 9N6W_SU , 9N6W_SV , 9N6W_SW , 9N6W_SY , 9N6W_SZ , 9N6W_L6 , 9N6W_L7 , 9N6W_L8
9N6X
Ssu processome maturation and disassembly, state b Deposition Author(s): Buzovetsky, O. , Klinge, S.
Date: 2025-02-05 Method: ELECTRON MICROSCOPY Resolution: 3.71 Å Organism(s): Saccharomyces Cerevisiae S288C Sequences Data: 9N6X_L0 , 9N6X_L9 , 9N6X_LC , 9N6X_LD , 9N6X_LE , 9N6X_LF , 9N6X_LG , 9N6X_LH , 9N6X_LI , 9N6X_LJ , 9N6X_LK , 9N6X_L1 , 9N6X_LL , 9N6X_LM , 9N6X_LN , 9N6X_LO , 9N6X_LP , 9N6X_LQ , 9N6X_LR , 9N6X_LS , 9N6X_LT , 9N6X_LU , 9N6X_L2 , 9N6X_LV , 9N6X_LW , 9N6X_LX , 9N6X_LY , 9N6X_LZ , 9N6X_NA , 9N6X_NB , 9N6X_NC , 9N6X_ND , 9N6X_NE , 9N6X_NF , 9N6X_L3 , 9N6X_NG , 9N6X_NH , 9N6X_NI , 9N6X_NK , 9N6X_NM , 9N6X_NN , 9N6X_NQ , 9N6X_OA , 9N6X_SA , 9N6X_SB , 9N6X_L4 , 9N6X_SC , 9N6X_SD , 9N6X_SE , 9N6X_SF , 9N6X_SG , 9N6X_SH , 9N6X_SI , 9N6X_SJ , 9N6X_SK , 9N6X_SL , 9N6X_SM , 9N6X_SN , 9N6X_SP , 9N6X_L5 , 9N6X_SQ , 9N6X_SR , 9N6X_SS , 9N6X_ST , 9N6X_SU , 9N6X_SV , 9N6X_SW , 9N6X_SY , 9N6X_SZ , 9N6X_L6 , 9N6X_L7 , 9N6X_L8