Search Query :
6NU2
Structural insights into unique features of the human mitochondrial ribosome recycling Deposition Author(s): Agrawal, R.K. , Koripella, R.K. , Sharma, M.R.
Date: 2019-01-30 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Homo Sapiens Sequences Data: 6NU2_A , 6NU2_L , 6NU2_M , 6NU2_N , 6NU2_O , 6NU2_P , 6NU2_Q , 6NU2_R , 6NU2_S , 6NU2_T , 6NU2_U , 6NU2_B , 6NU2_V , 6NU2_W , 6NU2_X , 6NU2_Y , 6NU2_Z , 6NU2_0 , 6NU2_1 , 6NU2_2 , 6NU2_3 , 6NU2_4 , 6NU2_D , 6NU2_5 , 6NU2_6 , 6NU2_7 , 6NU2_8 , 6NU2_9 , 6NU2_C , 6NU2_E , 6NU2_F , 6NU2_G , 6NU2_H , 6NU2_I , 6NU2_J , 6NU2_K , 6NU2_AA , 6NU2_AB , 6NU2_AC , 6NU2_AD , 6NU2_AE , 6NU2_AF , 6NU2_AG , 6NU2_AH , 6NU2_AI , 6NU2_AJ , 6NU2_AK , 6NU2_AL , 6NU2_AM , 6NU2_AN , 6NU2_AO , 6NU2_AP , 6NU2_AQ , 6NU2_AR , 6NU2_AS , 6NU2_AT , 6NU2_AU , 6NU2_AV , 6NU2_AW , 6NU2_AX , 6NU2_AY , 6NU2_AZ , 6NU2_A0 , 6NU2_A1 , 6NU2_A2 , 6NU2_A3 , 6NU2_A4
6NU3
Structural insights into unique features of the human mitochondrial ribosome recycling Deposition Author(s): Agrawal, R.K. , Koripella, R.K. , Sharma, M.R.
Date: 2019-01-30 Method: ELECTRON MICROSCOPY Resolution: 4.4 Å Organism(s): Homo Sapiens Sequences Data: 6NU3_A , 6NU3_L , 6NU3_M , 6NU3_N , 6NU3_O , 6NU3_P , 6NU3_Q , 6NU3_R , 6NU3_S , 6NU3_T , 6NU3_U , 6NU3_B , 6NU3_V , 6NU3_W , 6NU3_X , 6NU3_Y , 6NU3_Z , 6NU3_0 , 6NU3_1 , 6NU3_2 , 6NU3_3 , 6NU3_4 , 6NU3_D , 6NU3_5 , 6NU3_6 , 6NU3_7 , 6NU3_8 , 6NU3_9 , 6NU3_C , 6NU3_E , 6NU3_F , 6NU3_G , 6NU3_H , 6NU3_I , 6NU3_J , 6NU3_K , 6NU3_AA , 6NU3_AB , 6NU3_AC , 6NU3_AD , 6NU3_AE , 6NU3_AF , 6NU3_AG , 6NU3_AH , 6NU3_AI , 6NU3_AJ , 6NU3_AK , 6NU3_AL , 6NU3_AM , 6NU3_AN , 6NU3_AO , 6NU3_AP , 6NU3_AQ , 6NU3_AR , 6NU3_AS , 6NU3_AT , 6NU3_AU , 6NU3_AV , 6NU3_AW , 6NU3_AX , 6NU3_AY , 6NU3_AZ , 6NU3_A0 , 6NU3_A1 , 6NU3_A2 , 6NU3_A3 , 6NU3_A4
6VLZ
Structure of the human mitochondrial ribosome-ef-g1 complex (classi) Deposition Author(s): Agrawal, R.K. , Koripella, R.K. , Sharma, M.R.
Date: 2020-01-27 Method: ELECTRON MICROSCOPY Resolution: 2.97 Å Organism(s): Homo Sapiens Sequences Data: 6VLZ_AA , 6VLZ_AO , 6VLZ_AP , 6VLZ_AQ , 6VLZ_AT , 6VLZ_AW , 6VLZ_AX , 6VLZ_A2 , 6VLZ_AH , 6VLZ_AL , 6VLZ_AR , 6VLZ_AB , 6VLZ_AS , 6VLZ_AU , 6VLZ_AV , 6VLZ_AY , 6VLZ_AZ , 6VLZ_A1 , 6VLZ_A0 , 6VLZ_A3 , 6VLZ_A4 , 6VLZ_AD , 6VLZ_AC , 6VLZ_AF , 6VLZ_AG , 6VLZ_A , 6VLZ_B , 6VLZ_D , 6VLZ_F , 6VLZ_H , 6VLZ_K , 6VLZ_L , 6VLZ_M , 6VLZ_AE , 6VLZ_O , 6VLZ_R , 6VLZ_S , 6VLZ_T , 6VLZ_W , 6VLZ_X , 6VLZ_Y , 6VLZ_Z , 6VLZ_0 , 6VLZ_1 , 6VLZ_AI , 6VLZ_2 , 6VLZ_3 , 6VLZ_4 , 6VLZ_8 , 6VLZ_E , 6VLZ_G , 6VLZ_I , 6VLZ_J , 6VLZ_AJ , 6VLZ_Q , 6VLZ_N , 6VLZ_P , 6VLZ_U , 6VLZ_V , 6VLZ_AK , 6VLZ_5 , 6VLZ_6 , 6VLZ_7 , 6VLZ_9 , 6VLZ_C , 6VLZ_AM , 6VLZ_TA , 6VLZ_TB , 6VLZ_TC , 6VLZ_A5 , 6VLZ_A7 , 6VLZ_AN
6VMI
Structure of the human mitochondrial ribosome-ef-g1 complex (classiii) Deposition Author(s): Agrawal, R.K. , Koripella, R.K. , Sharma, M.R.
Date: 2020-01-28 Method: ELECTRON MICROSCOPY Resolution: 2.96 Å Organism(s): Homo Sapiens Sequences Data: 6VMI_AA , 6VMI_AO , 6VMI_AP , 6VMI_AQ , 6VMI_AT , 6VMI_AW , 6VMI_AX , 6VMI_A2 , 6VMI_AH , 6VMI_AL , 6VMI_AR , 6VMI_AB , 6VMI_AS , 6VMI_AU , 6VMI_AV , 6VMI_AY , 6VMI_AZ , 6VMI_A1 , 6VMI_A0 , 6VMI_A3 , 6VMI_A4 , 6VMI_AD , 6VMI_AC , 6VMI_AF , 6VMI_AG , 6VMI_A , 6VMI_B , 6VMI_D , 6VMI_F , 6VMI_H , 6VMI_K , 6VMI_L , 6VMI_M , 6VMI_AE , 6VMI_O , 6VMI_R , 6VMI_S , 6VMI_T , 6VMI_W , 6VMI_X , 6VMI_Y , 6VMI_Z , 6VMI_0 , 6VMI_1 , 6VMI_AI , 6VMI_2 , 6VMI_3 , 6VMI_4 , 6VMI_8 , 6VMI_E , 6VMI_G , 6VMI_I , 6VMI_J , 6VMI_AJ , 6VMI_Q , 6VMI_N , 6VMI_P , 6VMI_U , 6VMI_V , 6VMI_AK , 6VMI_5 , 6VMI_6 , 6VMI_7 , 6VMI_9 , 6VMI_C , 6VMI_AM , 6VMI_TA , 6VMI_TB , 6VMI_TC , 6VMI_A5 , 6VMI_A6 , 6VMI_A7 , 6VMI_AN
7L08
Cryo-em structure of the human 55s mitoribosome-rrfmt complex. Deposition Author(s): Agrawal, E.K. , Agrawal, R.K. , Deep, A. , Koripella, R.
Date: 2020-12-11 Method: ELECTRON MICROSCOPY Resolution: 3.49 Å Organism(s): Homo Sapiens Sequences Data: 7L08_AA , 7L08_AO , 7L08_AP , 7L08_AQ , 7L08_AT , 7L08_AW , 7L08_AX , 7L08_A2 , 7L08_AH , 7L08_AL , 7L08_AR , 7L08_AB , 7L08_AS , 7L08_AU , 7L08_AV , 7L08_AY , 7L08_AZ , 7L08_A1 , 7L08_A0 , 7L08_A3 , 7L08_A4 , 7L08_AD , 7L08_AC , 7L08_AF , 7L08_AG , 7L08_A , 7L08_B , 7L08_D , 7L08_F , 7L08_H , 7L08_K , 7L08_L , 7L08_M , 7L08_AE , 7L08_O , 7L08_R , 7L08_S , 7L08_T , 7L08_W , 7L08_X , 7L08_Y , 7L08_Z , 7L08_0 , 7L08_1 , 7L08_AI , 7L08_2 , 7L08_3 , 7L08_4 , 7L08_8 , 7L08_E , 7L08_G , 7L08_I , 7L08_J , 7L08_AJ , 7L08_Q , 7L08_N , 7L08_P , 7L08_U , 7L08_V , 7L08_AK , 7L08_5 , 7L08_6 , 7L08_7 , 7L08_9 , 7L08_C , 7L08_AM , 7L08_TA , 7L08_TB , 7L08_AN
8FMW
The structure of a hibernating ribosome in the lyme disease pathogen Deposition Author(s): Agrawal, E.K. , Agrawal, R.K. , Banavali, N.K. , Keshavan, P. , Koripella, R.K. , Lin, Y.P. , Majumdar, S. , Manjari, S.R. , Marcinkiewicz, A.L. , Sharma, M.R.
Date: 2022-12-25 Method: ELECTRON MICROSCOPY Resolution: 2.86 Å Organism(s): Borreliella Burgdorferi B31 Sequences Data: 8FMW_A , 8FMW_K , 8FMW_L , 8FMW_M , 8FMW_N , 8FMW_O , 8FMW_P , 8FMW_Q , 8FMW_R , 8FMW_S , 8FMW_T , 8FMW_C , 8FMW_U , 8FMW_V , 8FMW_W , 8FMW_X , 8FMW_AA , 8FMW_AB , 8FMW_AC , 8FMW_AD , 8FMW_AE , 8FMW_AF , 8FMW_D , 8FMW_AG , 8FMW_AH , 8FMW_AI , 8FMW_AJ , 8FMW_AK , 8FMW_AL , 8FMW_AM , 8FMW_AN , 8FMW_AO , 8FMW_AP , 8FMW_E , 8FMW_AQ , 8FMW_AR , 8FMW_AS , 8FMW_AT , 8FMW_AU , 8FMW_AV , 8FMW_AW , 8FMW_AX , 8FMW_AY , 8FMW_AZ , 8FMW_F , 8FMW_G , 8FMW_H , 8FMW_I , 8FMW_J
8FN2
The structure of a 50s ribosomal subunit in the lyme disease pathogen borreliella burgdorferi Deposition Author(s): Agrawal, E.K. , Agrawal, R.K. , Banavali, N.K. , Keshavan, P. , Koripella, R.K. , Lin, Y.P. , Majumdar, S. , Manjari, S.R. , Marcinkiewicz, A.L. , Sharma, M.R.
Date: 2022-12-26 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Borreliella Burgdorferi B31 Sequences Data: 8FN2_A , 8FN2_K , 8FN2_L , 8FN2_M , 8FN2_N , 8FN2_O , 8FN2_P , 8FN2_Q , 8FN2_R , 8FN2_S , 8FN2_T , 8FN2_B , 8FN2_U , 8FN2_V , 8FN2_W , 8FN2_X , 8FN2_Y , 8FN2_Z , 8FN2_C , 8FN2_D , 8FN2_E , 8FN2_F , 8FN2_G , 8FN2_H , 8FN2_I , 8FN2_J
8FR8
Structure of mycobacterium smegmatis rsh bound to a 70s translation initiation complex Deposition Author(s): Agrawal, R.K. , Banavali, N.K. , Majumdar, S. , Manjari, S.R. , Sharma, M.R.
Date: 2023-01-06 Method: ELECTRON MICROSCOPY Resolution: 2.76 Å Organism(s): Mycolicibacterium Smegmatis Mc2 155 , Synthetic Construct Sequences Data: 8FR8_C , 8FR8_K , 8FR8_L , 8FR8_M , 8FR8_O , 8FR8_P , 8FR8_Q , 8FR8_R , 8FR8_S , 8FR8_T , 8FR8_U , 8FR8_Y , 8FR8_V , 8FR8_J , 8FR8_D , 8FR8_W , 8FR8_X , 8FR8_Z , 8FR8_1 , 8FR8_2 , 8FR8_E , 8FR8_4 , 8FR8_6 , 8FR8_7 , 8FR8_8 , 8FR8_0 , 8FR8_F , 8FR8_A , 8FR8_B , 8FR8_G , 8FR8_H , 8FR8_I , 8FR8_N , 8FR8_9 , 8FR8_3
8VIO
Structure of mycobacterium smegmatis hflx bound to a 70s ribosome Deposition Author(s): Agrawal, R.K. , Banavali, N.K. , Koripella, R.K. , Majumdar, S. , Manjari, S.R. , Sharma, M.R.
Date: 2024-01-05 Method: ELECTRON MICROSCOPY Resolution: 3.26 Å Organism(s): Mycolicibacterium Smegmatis Mc2 155 Sequences Data: 8VIO_Y , 8VIO_Q , 8VIO_S , 8VIO_V , 8VIO_W , 8VIO_X , 8VIO_Z , 8VIO_H , 8VIO_3 , 8VIO_A , 8VIO_B , 8VIO_C , 8VIO_D , 8VIO_E , 8VIO_F , 8VIO_G , 8VIO_I , 8VIO_J , 8VIO_K , 8VIO_L , 8VIO_M , 8VIO_N , 8VIO_O , 8VIO_P , 8VIO_R , 8VIO_T , 8VIO_U , 8VIO_2 , 8VIO_5 , 8VIO_1 , 8VIO_4
8VK0
Structure of mycobacterium smegmatis 50s ribosomal subunit bound to hflx:50s-hflx-a Deposition Author(s): Agrawal, R.K. , Banavali, N.K. , Koripella, R.K. , Majumdar, S. , Manjari, S.R. , Sharma, M.R.
Date: 2024-01-08 Method: ELECTRON MICROSCOPY Resolution: 3.14 Å Organism(s): Mycolicibacterium Smegmatis Mc2 155 Sequences Data: 8VK0_2 , 8VK0_G , 8VK0_H , 8VK0_I , 8VK0_J , 8VK0_K , 8VK0_L , 8VK0_M , 8VK0_N , 8VK0_O , 8VK0_P , 8VK0_3 , 8VK0_Q , 8VK0_R , 8VK0_S , 8VK0_T , 8VK0_U , 8VK0_V , 8VK0_W , 8VK0_X , 8VK0_Y , 8VK0_Z , 8VK0_4 , 8VK0_B , 8VK0_C , 8VK0_D , 8VK0_E , 8VK0_F , 8VK0_A