Search Query :
7BL3
Pre-50s-obge particle state 2 Deposition Author(s): Hilal, T. , Nikolay, R. , Spahn, C.M.T.
Date: 2021-01-18 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Escherichia Coli (Strain K12) Sequences Data: 7BL3_A , 7BL3_L , 7BL3_N , 7BL3_O , 7BL3_Q , 7BL3_R , 7BL3_S , 7BL3_T , 7BL3_U , 7BL3_V , 7BL3_W , 7BL3_B , 7BL3_X , 7BL3_Y , 7BL3_Z , 7BL3_0 , 7BL3_1 , 7BL3_2 , 7BL3_I , 7BL3_K , 7BL3_P , 7BL3_6 , 7BL3_9P , 7BL3_H , 7BL3_F , 7BL3_C , 7BL3_D , 7BL3_E , 7BL3_G , 7BL3_J
7BL4
In vitro reconstituted 50s-obge-gmppnp-rsfs particle Deposition Author(s): Hilal, T. , Nikolay, R. , Spahn, C.M.T.
Date: 2021-01-18 Method: ELECTRON MICROSCOPY Resolution: 2.4 Å Organism(s): Escherichia Coli (Strain K12) Sequences Data: 7BL4_G , 7BL4_O , 7BL4_Q , 7BL4_R , 7BL4_S , 7BL4_T , 7BL4_U , 7BL4_V , 7BL4_W , 7BL4_X , 7BL4_Y , 7BL4_C , 7BL4_Z , 7BL4_0 , 7BL4_1 , 7BL4_2 , 7BL4_K , 7BL4_P , 7BL4_M , 7BL4_H , 7BL4_D , 7BL4_A , 7BL4_B , 7BL4_6 , 7BL4_9 , 7BL4_3 , 7BL4_E , 7BL4_F , 7BL4_J , 7BL4_L , 7BL4_N
7BL5
Pre-50s-obge particle Deposition Author(s): Hilal, T. , Nikolay, R. , Schmidt, S. , Spahn, C.M.T.
Date: 2021-01-18 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Escherichia Coli Str. K-12 Substr. Mg1655 Sequences Data: 7BL5_C , 7BL5_R , 7BL5_S , 7BL5_T , 7BL5_U , 7BL5_V , 7BL5_W , 7BL5_X , 7BL5_Y , 7BL5_Z , 7BL5_0 , 7BL5_D , 7BL5_1 , 7BL5_2 , 7BL5_B , 7BL5_I , 7BL5_K , 7BL5_P , 7BL5_6 , 7BL5_7 , 7BL5_8 , 7BL5_9 , 7BL5_E , 7BL5_M , 7BL5_A , 7BL5_H , 7BL5_F , 7BL5_G , 7BL5_J , 7BL5_L , 7BL5_N , 7BL5_O , 7BL5_Q
7BL6
50s-obge-gmppnp particle Deposition Author(s): Hilal, T. , Nikolay, R. , Schmidt, S. , Spahn, C.M.T.
Date: 2021-01-18 Method: ELECTRON MICROSCOPY Resolution: 4.0 Å Organism(s): Escherichia Coli Sequences Data: 7BL6_G , 7BL6_O , 7BL6_Q , 7BL6_R , 7BL6_S , 7BL6_T , 7BL6_U , 7BL6_V , 7BL6_W , 7BL6_X , 7BL6_Y , 7BL6_C , 7BL6_Z , 7BL6_0 , 7BL6_1 , 7BL6_2 , 7BL6_K , 7BL6_P , 7BL6_M , 7BL6_H , 7BL6_D , 7BL6_A , 7BL6_B , 7BL6_9 , 7BL6_3 , 7BL6_E , 7BL6_F , 7BL6_J , 7BL6_L , 7BL6_N
7O6P
Structure of the borneol dehydrogenase 2 of salvia officinalis Deposition Author(s): Dimos, N. , Helmer, C.P.O. , Hilal, T. , Loll, B.
Date: 2021-04-12 Method: ELECTRON MICROSCOPY Resolution: 2.04 Å Organism(s): Salvia Officinalis Sequences Data: 7O6P_A , 7O6P_B , 7O6P_C , 7O6P_D
7O6Q
Structure of the borneol dehydrogenase 1 of salvia rosmarinus Deposition Author(s): Dimos, N. , Helmer, C.P.O. , Hilal, T. , Loll, B.
Date: 2021-04-12 Method: ELECTRON MICROSCOPY Resolution: 1.88 Å Organism(s): Salvia Rosmarinus Sequences Data: 7O6Q_A , 7O6Q_B , 7O6Q_C , 7O6Q_D
7OS1
Cryo-em structure of brr2 in complex with fbp21 Deposition Author(s): Bergfort, A. , Hilal, T. , Wahl, M.C. , Weber, G.
Date: 2021-06-07 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Homo Sapiens Sequences Data: 7OS1_B , 7OS1_F
7OS2
Cryo-em structure of brr2 in complex with jab1/mpn and c9orf78 Deposition Author(s): Bergfort, A. , Hilal, T. , Wahl, M.C. , Weber, G.
Date: 2021-06-07 Method: ELECTRON MICROSCOPY Resolution: 2.76 Å Organism(s): Homo Sapiens Sequences Data: 7OS2_B , 7OS2_C , 7OS2_J
7PIU
Cryo-em structure of the agonist setmelanotide bound to the active melanocortin-4 receptor (mc4r) in complex with the heterotrimeric gs protein at 2.6 a resolution. Deposition Author(s): Heyder, N.A. , Hilal, T. , Kleinau, G. , Scheerer, P. , Schmidt, A.
Date: 2021-08-23 Method: ELECTRON MICROSCOPY Resolution: 2.58 Å Organism(s): Bos Taurus , Homo Sapiens , Lama Glama , Rattus Norvegicus , Synthetic Construct Sequences Data: 7PIU_R , 7PIU_P , 7PIU_A , 7PIU_B , 7PIU_G , 7PIU_N
7PIV
Active melanocortin-4 receptor (mc4r)- gs protein complex bound to agonist ndp-alpha-msh at 2.86 a resolution. Deposition Author(s): Heyder, N.A. , Hilal, T. , Kleinau, G. , Scheerer, P. , Schmidt, A.
Date: 2021-08-23 Method: ELECTRON MICROSCOPY Resolution: 2.86 Å Organism(s): Homo Sapiens , Lama Glama , Mus Musculus , Rattus Norvegicus , Synthetic Construct Sequences Data: 7PIV_R , 7PIV_P , 7PIV_A , 7PIV_B , 7PIV_G , 7PIV_N