Search Query :
6CB1
Yeast nucleolar pre-60s ribosomal subunit (state 3) Deposition Author(s): Barandun, J. , Chaker-Margot, M. , Hunziker, M. , Klinge, S. , Miller, L. , Sanghai, Z.A.
Date: 2018-02-01 Method: ELECTRON MICROSCOPY Resolution: 4.6 Å Organism(s): Saccharomyces Cerevisiae By4741 Sequences Data: 6CB1_1 , 6CB1_I , 6CB1_K , 6CB1_L , 6CB1_M , 6CB1_N , 6CB1_O , 6CB1_P , 6CB1_Q , 6CB1_S , 6CB1_X , 6CB1_2 , 6CB1_Y , 6CB1_Z , 6CB1_7 , 6CB1_B , 6CB1_C , 6CB1_D , 6CB1_E , 6CB1_F , 6CB1_G , 6CB1_H , 6CB1_6 , 6CB1_J , 6CB1_T , 6CB1_A
6ND4
Conformational switches control early maturation of the eukaryotic small ribosomal subunit Deposition Author(s): Barandun, J. , Hunziker, M. , Klinge, S.
Date: 2018-12-13 Method: ELECTRON MICROSCOPY Resolution: 4.3 Å Organism(s): Saccharomyces Cerevisiae By4741 Sequences Data: 6ND4_0 , 6ND4_N , 6ND4_O , 6ND4_P , 6ND4_Q , 6ND4_R , 6ND4_S , 6ND4_T , 6ND4_U , 6ND4_W , 6ND4_Z , 6ND4_1 , 6ND4_A , 6ND4_D , 6ND4_B , 6ND4_C , 6ND4_E , 6ND4_F , 6ND4_G , 6ND4_L , 6ND4_X , 6ND4_2 , 6ND4_H , 6ND4_I , 6ND4_J , 6ND4_K , 6ND4_M
6RM3
Evolutionary compaction and adaptation visualized by the structure of the dormant microsporidian ribosome Deposition Author(s): Barandun, J. , Hunziker, M. , Klinge, S. , Vossbrinck, C.R.
Date: 2019-05-05 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Vairimorpha Necatrix Sequences Data: 6RM3_S60 , 6RM3_SBB , 6RM3_LC0 , 6RM3_SC0 , 6RM3_LCC , 6RM3_SCC , 6RM3_LD0 , 6RM3_SD0 , 6RM3_LDD , 6RM3_SDD , 6RM3_LE0 , 6RM3_L70 , 6RM3_SE0 , 6RM3_LEE , 6RM3_SEE , 6RM3_LF0 , 6RM3_SF0 , 6RM3_LFF , 6RM3_SFF , 6RM3_LG0 , 6RM3_SG0 , 6RM3_LGG , 6RM3_LA0 , 6RM3_SGG , 6RM3_LH0 , 6RM3_SH0 , 6RM3_LHH , 6RM3_LI0 , 6RM3_SI0 , 6RM3_LII , 6RM3_LJ0 , 6RM3_SJ0 , 6RM3_LJJ , 6RM3_SA0 , 6RM3_LL0 , 6RM3_SL0 , 6RM3_LLL , 6RM3_LM0 , 6RM3_LMM , 6RM3_SM0 , 6RM3_LN0 , 6RM3_SN0 , 6RM3_LNN , 6RM3_SNN , 6RM3_LAA , 6RM3_LO0 , 6RM3_SO0 , 6RM3_LOO , 6RM3_LP0 , 6RM3_SP0 , 6RM3_LPP , 6RM3_LQ0 , 6RM3_SQ0 , 6RM3_LR0 , 6RM3_SR0 , 6RM3_SAA , 6RM3_LS0 , 6RM3_SS0 , 6RM3_LT0 , 6RM3_ST0 , 6RM3_LU0 , 6RM3_SU0 , 6RM3_LV0 , 6RM3_SV0 , 6RM3_LW0 , 6RM3_SW0 , 6RM3_LB0 , 6RM3_LX0 , 6RM3_SX0 , 6RM3_LXX , 6RM3_LY0 , 6RM3_SY0 , 6RM3_LZ0 , 6RM3_SZ0 , 6RM3_SK0 , 6RM3_L50 , 6RM3_SB0 , 6RM3_LBB
7MQ8
Cryo-em structure of the human ssu processome, state pre-a1 Deposition Author(s): Klinge, S. , Singh, S. , Vanden Broeck, A.
Date: 2021-05-05 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Homo Sapiens Sequences Data: 7MQ8_L0 , 7MQ8_L9 , 7MQ8_LA , 7MQ8_LC , 7MQ8_LD , 7MQ8_LF , 7MQ8_LG , 7MQ8_LH , 7MQ8_LI , 7MQ8_LJ , 7MQ8_LK , 7MQ8_LL , 7MQ8_L1 , 7MQ8_LM , 7MQ8_LN , 7MQ8_LO , 7MQ8_LP , 7MQ8_LQ , 7MQ8_LR , 7MQ8_LS , 7MQ8_LT , 7MQ8_LU , 7MQ8_LW , 7MQ8_L2 , 7MQ8_LZ , 7MQ8_N0 , 7MQ8_NA , 7MQ8_NB , 7MQ8_NC , 7MQ8_ND , 7MQ8_NE , 7MQ8_NF , 7MQ8_NG , 7MQ8_NH , 7MQ8_L3 , 7MQ8_NI , 7MQ8_NJ , 7MQ8_NK , 7MQ8_NM , 7MQ8_NN , 7MQ8_NO , 7MQ8_NQ , 7MQ8_NR , 7MQ8_NT , 7MQ8_NU , 7MQ8_NW , 7MQ8_L4 , 7MQ8_NY , 7MQ8_SA , 7MQ8_SB , 7MQ8_SC , 7MQ8_SD , 7MQ8_SE , 7MQ8_SF , 7MQ8_SG , 7MQ8_SH , 7MQ8_SI , 7MQ8_SJ , 7MQ8_SK , 7MQ8_SL , 7MQ8_L5 , 7MQ8_SM , 7MQ8_SP , 7MQ8_SQ , 7MQ8_SR , 7MQ8_SS , 7MQ8_ST , 7MQ8_SU , 7MQ8_SW , 7MQ8_SX , 7MQ8_L6 , 7MQ8_SY , 7MQ8_SZ , 7MQ8_L7 , 7MQ8_L8
7MQ9
Cryo-em structure of the human ssu processome, state pre-a1* Deposition Author(s): Klinge, S. , Singh, S. , Vanden Broeck, A.
Date: 2021-05-05 Method: ELECTRON MICROSCOPY Resolution: 3.87 Å Organism(s): Homo Sapiens Sequences Data: 7MQ9_L0 , 7MQ9_L9 , 7MQ9_LA , 7MQ9_LC , 7MQ9_LD , 7MQ9_LF , 7MQ9_LG , 7MQ9_LH , 7MQ9_LI , 7MQ9_LJ , 7MQ9_LK , 7MQ9_LL , 7MQ9_L1 , 7MQ9_LN , 7MQ9_LO , 7MQ9_LP , 7MQ9_LQ , 7MQ9_LS , 7MQ9_LT , 7MQ9_LU , 7MQ9_LW , 7MQ9_LZ , 7MQ9_NA , 7MQ9_L2 , 7MQ9_NB , 7MQ9_ND , 7MQ9_NE , 7MQ9_NF , 7MQ9_NG , 7MQ9_NJ , 7MQ9_NK , 7MQ9_NM , 7MQ9_NN , 7MQ9_NO , 7MQ9_NQ , 7MQ9_L3 , 7MQ9_NR , 7MQ9_NT , 7MQ9_NU , 7MQ9_NW , 7MQ9_SA , 7MQ9_SB , 7MQ9_SC , 7MQ9_SD , 7MQ9_SE , 7MQ9_SF , 7MQ9_SH , 7MQ9_SI , 7MQ9_L4 , 7MQ9_SK , 7MQ9_SJ , 7MQ9_SL , 7MQ9_SM , 7MQ9_SQ , 7MQ9_SR , 7MQ9_SS , 7MQ9_SX , 7MQ9_SY , 7MQ9_NH , 7MQ9_SP , 7MQ9_L5 , 7MQ9_LR , 7MQ9_LM , 7MQ9_N0 , 7MQ9_SG , 7MQ9_NI , 7MQ9_SW , 7MQ9_ST , 7MQ9_SU , 7MQ9_NY , 7MQ9_SZ , 7MQ9_L6 , 7MQ9_L7 , 7MQ9_L8
7MQA
Cryo-em structure of the human ssu processome, state post-a1 Deposition Author(s): Klinge, S. , Singh, S. , Vanden Broeck, A.
Date: 2021-05-05 Method: ELECTRON MICROSCOPY Resolution: 2.7 Å Organism(s): Homo Sapiens Sequences Data: 7MQA_L0 , 7MQA_L9 , 7MQA_LA , 7MQA_LC , 7MQA_LD , 7MQA_LF , 7MQA_LG , 7MQA_LH , 7MQA_LI , 7MQA_LJ , 7MQA_LK , 7MQA_LL , 7MQA_L1 , 7MQA_LM , 7MQA_LN , 7MQA_LO , 7MQA_LP , 7MQA_LQ , 7MQA_LR , 7MQA_LS , 7MQA_LT , 7MQA_LU , 7MQA_LW , 7MQA_L2 , 7MQA_LY , 7MQA_LZ , 7MQA_NA , 7MQA_NB , 7MQA_ND , 7MQA_NF , 7MQA_NG , 7MQA_NH , 7MQA_NI , 7MQA_NL , 7MQA_L3 , 7MQA_NM , 7MQA_NO , 7MQA_NP , 7MQA_NQ , 7MQA_NR , 7MQA_NS , 7MQA_NT , 7MQA_NU , 7MQA_NV , 7MQA_SA , 7MQA_L4 , 7MQA_SB , 7MQA_SC , 7MQA_SD , 7MQA_SE , 7MQA_SF , 7MQA_SG , 7MQA_SH , 7MQA_SI , 7MQA_SJ , 7MQA_SK , 7MQA_SL , 7MQA_SM , 7MQA_SP , 7MQA_L5 , 7MQA_SQ , 7MQA_SR , 7MQA_SS , 7MQA_ST , 7MQA_SU , 7MQA_SW , 7MQA_SX , 7MQA_SY , 7MQA_SZ , 7MQA_L6 , 7MQA_L7 , 7MQA_L8
7MQJ
Dhr1 helicase core Deposition Author(s): Chaker-Margot, M. , Klinge, S. , Miller, L.
Date: 2021-05-05 Method: X-RAY DIFFRACTION Resolution: 2.23 Å Organism(s): Saccharomyces Cerevisiae Sequences Data: 7MQJ_A
8CSP
Human mitochondrial small subunit assembly intermediate (state a) Deposition Author(s): Burnside, C. , Harper, N.J. , Klinge, S.
Date: 2022-05-13 Method: ELECTRON MICROSCOPY Resolution: 2.66 Å Organism(s): Homo Sapiens Sequences Data: 8CSP_0 , 8CSP_C , 8CSP_D , 8CSP_E , 8CSP_F , 8CSP_G , 8CSP_H , 8CSP_J , 8CSP_K , 8CSP_L , 8CSP_M , 8CSP_1 , 8CSP_N , 8CSP_O , 8CSP_P , 8CSP_Q , 8CSP_R , 8CSP_S , 8CSP_T , 8CSP_U , 8CSP_V , 8CSP_W , 8CSP_4 , 8CSP_X , 8CSP_Y , 8CSP_Z , 8CSP_A , 8CSP_5 , 8CSP_7 , 8CSP_8 , 8CSP_9 , 8CSP_B
8CSQ
Human mitochondrial small subunit assembly intermediate (state b) Deposition Author(s): Burnside, C. , Harper, N.J. , Klinge, S.
Date: 2022-05-13 Method: ELECTRON MICROSCOPY Resolution: 2.54 Å Organism(s): Homo Sapiens Sequences Data: 8CSQ_0 , 8CSQ_C , 8CSQ_D , 8CSQ_E , 8CSQ_F , 8CSQ_G , 8CSQ_H , 8CSQ_J , 8CSQ_K , 8CSQ_L , 8CSQ_M , 8CSQ_1 , 8CSQ_N , 8CSQ_O , 8CSQ_P , 8CSQ_Q , 8CSQ_R , 8CSQ_S , 8CSQ_T , 8CSQ_U , 8CSQ_V , 8CSQ_W , 8CSQ_3 , 8CSQ_X , 8CSQ_Y , 8CSQ_Z , 8CSQ_A , 8CSQ_4 , 8CSQ_5 , 8CSQ_7 , 8CSQ_8 , 8CSQ_B
8CSR
Human mitochondrial small subunit assembly intermediate (state c) Deposition Author(s): Burnside, C. , Harper, N.J. , Klinge, S.
Date: 2022-05-13 Method: ELECTRON MICROSCOPY Resolution: 2.54 Å Organism(s): Homo Sapiens Sequences Data: 8CSR_0 , 8CSR_B , 8CSR_C , 8CSR_D , 8CSR_E , 8CSR_F , 8CSR_G , 8CSR_H , 8CSR_I , 8CSR_J , 8CSR_K , 8CSR_1 , 8CSR_L , 8CSR_M , 8CSR_N , 8CSR_O , 8CSR_P , 8CSR_Q , 8CSR_R , 8CSR_S , 8CSR_T , 8CSR_U , 8CSR_3 , 8CSR_V , 8CSR_W , 8CSR_X , 8CSR_Y , 8CSR_Z , 8CSR_4 , 8CSR_5 , 8CSR_6 , 8CSR_7 , 8CSR_8 , 8CSR_A