Search Query :
6LP3
Structural basis and functional analysis epo1-bem3p complex for bud growth Deposition Author(s): Li, L. , Ming, Z.H. , Wang, J. , Wu, L.J. , Yan, L.M.
Date: 2020-01-08 Method: X-RAY DIFFRACTION Resolution: 3.547 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium Sequences Data: 6LP3_A , 6LP3_B , 6LP3_D , 6LP3_E , 6LP3_C , 6LP3_F
6LP4
Structural basis and functional analysis epo1-bem3p complex for bud growth Deposition Author(s): Wang, J.
Date: 2020-01-08 Method: X-RAY DIFFRACTION Resolution: 2.049 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium Sequences Data: 6LP4_A
6LQ9
S109 in complex with crm1-ran-ranbp1 Deposition Author(s): Lei, Y. , Sun, Q.
Date: 2020-01-13 Method: X-RAY DIFFRACTION Resolution: 2.5 Å Organism(s): Salmonella Enterica , Pseudomonas Chlororaphis Subsp. Piscium Sequences Data: 6LQ9_A , 6LQ9_B , 6LQ9_C
6LQP
Cryo-em structure of 90s small subunit preribosomes in transition states (state a) Deposition Author(s): Du, Y. , Ye, K.
Date: 2020-01-14 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Bauhinia Forficata Sequences Data: 6LQP_3A , 6LQP_SK , 6LQP_SM , 6LQP_SN , 6LQP_SO , 6LQP_SP , 6LQP_SR , 6LQP_ST , 6LQP_SX , 6LQP_SY , 6LQP_SZ , 6LQP_5A , 6LQP_SC , 6LQP_SD , 6LQP_3B , 6LQP_3C , 6LQP_3D , 6LQP_3E , 6LQP_3F , 6LQP_3G , 6LQP_3H , 6LQP_A4 , 6LQP_A5 , 6LQP_A8 , 6LQP_SA , 6LQP_A9 , 6LQP_AE , 6LQP_AF , 6LQP_AG , 6LQP_B1 , 6LQP_B2 , 6LQP_B3 , 6LQP_B8 , 6LQP_BE , 6LQP_B6 , 6LQP_5B , 6LQP_5C , 6LQP_5D , 6LQP_5E , 6LQP_5F , 6LQP_5G , 6LQP_5H , 6LQP_5I , 6LQP_5J , 6LQP_5K , 6LQP_SF , 6LQP_RA , 6LQP_RB , 6LQP_RC , 6LQP_RE , 6LQP_RF , 6LQP_RG , 6LQP_RH , 6LQP_RI , 6LQP_RJ , 6LQP_RK , 6LQP_RL , 6LQP_RM , 6LQP_SG , 6LQP_RN , 6LQP_RO , 6LQP_RP , 6LQP_RQ , 6LQP_RS , 6LQP_RT , 6LQP_RV , 6LQP_RW , 6LQP_RY , 6LQP_X1 , 6LQP_SH , 6LQP_SI , 6LQP_SJ
6LQQ
Cryo-em structure of 90s small subunit preribosomes in transition states (state b) Deposition Author(s): Du, Y. , Ye, K.
Date: 2020-01-14 Method: ELECTRON MICROSCOPY Resolution: 4.1 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Bauhinia Forficata Sequences Data: 6LQQ_3A , 6LQQ_SK , 6LQQ_SM , 6LQQ_SO , 6LQQ_SP , 6LQQ_SR , 6LQQ_SX , 6LQQ_SY , 6LQQ_SZ , 6LQQ_SC , 6LQQ_SD , 6LQQ_5A , 6LQQ_3B , 6LQQ_3C , 6LQQ_3D , 6LQQ_3E , 6LQQ_3F , 6LQQ_3G , 6LQQ_3H , 6LQQ_A4 , 6LQQ_A5 , 6LQQ_A8 , 6LQQ_A9 , 6LQQ_AE , 6LQQ_SA , 6LQQ_AF , 6LQQ_AG , 6LQQ_B1 , 6LQQ_B2 , 6LQQ_B3 , 6LQQ_B8 , 6LQQ_BE , 6LQQ_B6 , 6LQQ_5B , 6LQQ_5C , 6LQQ_5D , 6LQQ_5E , 6LQQ_5F , 6LQQ_5G , 6LQQ_5H , 6LQQ_5I , 6LQQ_5J , 6LQQ_5K , 6LQQ_RA , 6LQQ_RB , 6LQQ_SF , 6LQQ_RC , 6LQQ_RD , 6LQQ_RE , 6LQQ_RF , 6LQQ_RG , 6LQQ_RH , 6LQQ_RJ , 6LQQ_RK , 6LQQ_RL , 6LQQ_RM , 6LQQ_RN , 6LQQ_RO , 6LQQ_SG , 6LQQ_RP , 6LQQ_RQ , 6LQQ_RS , 6LQQ_RT , 6LQQ_RV , 6LQQ_RY , 6LQQ_X1 , 6LQQ_SH , 6LQQ_SI , 6LQQ_SJ
6LQR
Cryo-em structure of 90s small subunit preribosomes in transition states (state c) Deposition Author(s): Du, Y. , Ye, K.
Date: 2020-01-14 Method: ELECTRON MICROSCOPY Resolution: 8.6 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Bauhinia Forficata Sequences Data: 6LQR_3A , 6LQR_SK , 6LQR_SM , 6LQR_SO , 6LQR_SP , 6LQR_SR , 6LQR_SX , 6LQR_SY , 6LQR_SZ , 6LQR_SC , 6LQR_SD , 6LQR_5A , 6LQR_3B , 6LQR_3C , 6LQR_3D , 6LQR_3E , 6LQR_3F , 6LQR_3G , 6LQR_3H , 6LQR_A4 , 6LQR_A5 , 6LQR_A8 , 6LQR_A9 , 6LQR_AE , 6LQR_SA , 6LQR_AF , 6LQR_AG , 6LQR_B1 , 6LQR_B2 , 6LQR_B3 , 6LQR_B8 , 6LQR_BE , 6LQR_B6 , 6LQR_5B , 6LQR_5C , 6LQR_5D , 6LQR_5E , 6LQR_5F , 6LQR_5G , 6LQR_5H , 6LQR_5I , 6LQR_5J , 6LQR_5K , 6LQR_RA , 6LQR_RB , 6LQR_SF , 6LQR_RD , 6LQR_RE , 6LQR_RF , 6LQR_RG , 6LQR_RH , 6LQR_RJ , 6LQR_RK , 6LQR_RL , 6LQR_RM , 6LQR_RN , 6LQR_RO , 6LQR_RP , 6LQR_SG , 6LQR_RQ , 6LQR_RS , 6LQR_RT , 6LQR_RY , 6LQR_X1 , 6LQR_SH , 6LQR_SI , 6LQR_SJ
6LQS
Cryo-em structure of 90s small subunit preribosomes in transition states (state d) Deposition Author(s): Du, Y. , Ye, K.
Date: 2020-01-14 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Bauhinia Forficata Sequences Data: 6LQS_3A , 6LQS_SK , 6LQS_SM , 6LQS_SO , 6LQS_SP , 6LQS_SR , 6LQS_SX , 6LQS_SY , 6LQS_SZ , 6LQS_SC , 6LQS_SD , 6LQS_5A , 6LQS_3B , 6LQS_3C , 6LQS_3D , 6LQS_3E , 6LQS_3F , 6LQS_3G , 6LQS_3H , 6LQS_A4 , 6LQS_A5 , 6LQS_A8 , 6LQS_A9 , 6LQS_AE , 6LQS_SA , 6LQS_AF , 6LQS_AG , 6LQS_B1 , 6LQS_B2 , 6LQS_B3 , 6LQS_B8 , 6LQS_BE , 6LQS_B6 , 6LQS_5B , 6LQS_5C , 6LQS_5D , 6LQS_5E , 6LQS_5F , 6LQS_5G , 6LQS_5H , 6LQS_5I , 6LQS_5J , 6LQS_5K , 6LQS_RD , 6LQS_RE , 6LQS_SF , 6LQS_RF , 6LQS_RG , 6LQS_RH , 6LQS_RJ , 6LQS_RK , 6LQS_RN , 6LQS_RO , 6LQS_RP , 6LQS_RQ , 6LQS_RS , 6LQS_RT , 6LQS_SG , 6LQS_RW , 6LQS_X1 , 6LQS_X2 , 6LQS_R5 , 6LQS_R1 , 6LQS_R3 , 6LQS_R6 , 6LQS_R2 , 6LQS_M3 , 6LQS_R0 , 6LQS_SH , 6LQS_R4 , 6LQS_C4 , 6LQS_R7 , 6LQS_M4 , 6LQS_M6 , 6LQS_SI , 6LQS_SJ
6LQT
Cryo-em structure of 90s small subunit preribosomes in transition states (state e) Deposition Author(s): Du, Y. , Ye, K.
Date: 2020-01-14 Method: ELECTRON MICROSCOPY Resolution: 4.9 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Bauhinia Forficata Sequences Data: 6LQT_3A , 6LQT_SK , 6LQT_SM , 6LQT_SO , 6LQT_SP , 6LQT_SR , 6LQT_SX , 6LQT_SY , 6LQT_SZ , 6LQT_SC , 6LQT_SD , 6LQT_5A , 6LQT_3B , 6LQT_3C , 6LQT_3D , 6LQT_3E , 6LQT_3F , 6LQT_3G , 6LQT_3H , 6LQT_A4 , 6LQT_A5 , 6LQT_A9 , 6LQT_AE , 6LQT_AF , 6LQT_SA , 6LQT_AG , 6LQT_B1 , 6LQT_B2 , 6LQT_B3 , 6LQT_B8 , 6LQT_BE , 6LQT_B6 , 6LQT_5C , 6LQT_5D , 6LQT_5E , 6LQT_5F , 6LQT_5G , 6LQT_5H , 6LQT_5I , 6LQT_5J , 6LQT_5K , 6LQT_RD , 6LQT_RE , 6LQT_RF , 6LQT_RH , 6LQT_SF , 6LQT_RJ , 6LQT_RK , 6LQT_RN , 6LQT_RP , 6LQT_RQ , 6LQT_RT , 6LQT_X1 , 6LQT_SG , 6LQT_SH , 6LQT_SI , 6LQT_SJ
6LQU
Cryo-em structure of 90s small subunit preribosomes in transition states (state a1) Deposition Author(s): Du, Y. , Ye, K.
Date: 2020-01-14 Method: ELECTRON MICROSCOPY Resolution: 3.7 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Bauhinia Forficata Sequences Data: 6LQU_3A , 6LQU_SM , 6LQU_SN , 6LQU_SO , 6LQU_SP , 6LQU_SR , 6LQU_ST , 6LQU_SX , 6LQU_SY , 6LQU_SZ , 6LQU_SD , 6LQU_5A , 6LQU_3B , 6LQU_3C , 6LQU_3D , 6LQU_3E , 6LQU_3F , 6LQU_3G , 6LQU_3H , 6LQU_A4 , 6LQU_A5 , 6LQU_A8 , 6LQU_A9 , 6LQU_AE , 6LQU_SA , 6LQU_AF , 6LQU_AG , 6LQU_B1 , 6LQU_B2 , 6LQU_B3 , 6LQU_B8 , 6LQU_BE , 6LQU_B6 , 6LQU_5B , 6LQU_5C , 6LQU_SF , 6LQU_5D , 6LQU_5E , 6LQU_5F , 6LQU_5G , 6LQU_5H , 6LQU_5I , 6LQU_5J , 6LQU_5K , 6LQU_RA , 6LQU_RB , 6LQU_SG , 6LQU_RC , 6LQU_RD , 6LQU_RE , 6LQU_RF , 6LQU_RG , 6LQU_RH , 6LQU_RI , 6LQU_RJ , 6LQU_RK , 6LQU_RL , 6LQU_RM , 6LQU_RN , 6LQU_SH , 6LQU_RO , 6LQU_RP , 6LQU_RQ , 6LQU_RS , 6LQU_RT , 6LQU_RV , 6LQU_RW , 6LQU_RY , 6LQU_X1 , 6LQU_SI , 6LQU_SJ , 6LQU_SK
6LQV
Cryo-em structure of 90s small subunit preribosomes in transition states (state c1) Deposition Author(s): Du, Y. , Ye, K.
Date: 2020-01-14 Method: ELECTRON MICROSCOPY Resolution: 4.8 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium , Bauhinia Forficata Sequences Data: 6LQV_3A , 6LQV_SR , 6LQV_SY , 6LQV_SZ , 6LQV_SD , 6LQV_3B , 6LQV_3C , 6LQV_3D , 6LQV_3E , 6LQV_3F , 6LQV_3G , 6LQV_3H , 6LQV_A4 , 6LQV_5A , 6LQV_A5 , 6LQV_A8 , 6LQV_A9 , 6LQV_AE , 6LQV_AF , 6LQV_AG , 6LQV_B1 , 6LQV_B2 , 6LQV_B3 , 6LQV_B8 , 6LQV_SA , 6LQV_BE , 6LQV_B6 , 6LQV_5B , 6LQV_5C , 6LQV_5D , 6LQV_5E , 6LQV_5F , 6LQV_5G , 6LQV_5H , 6LQV_5I , 6LQV_SF , 6LQV_5J , 6LQV_5K , 6LQV_RA , 6LQV_RB , 6LQV_RG , 6LQV_RH , 6LQV_RJ , 6LQV_RK , 6LQV_RL , 6LQV_RM , 6LQV_RN , 6LQV_RO , 6LQV_SG , 6LQV_RP , 6LQV_RQ , 6LQV_RS , 6LQV_RY , 6LQV_X1 , 6LQV_SH , 6LQV_SJ , 6LQV_SK , 6LQV_SM