Search Query :
3ZN8
Structural basis of signal sequence surveillance and selection by the srp-sr complex Deposition Author(s): Ariosa, A. , Berger, I. , Huard, K. , Karuppasamy, M. , Knoops, K. , Schaffitzel, C. , Schoehn, G. , Shan, S.O. , Von Loeffelholz, O. , Zhang, X.
Date: 2013-02-13 Method: ELECTRON MICROSCOPY Resolution: 12.0 Å Organism(s): Vibrio Cholerae O1 , Sesbania Mosaic Virus , Chaetomium Thermophilum Var. Thermophilum Sequences Data: 3ZN8_A , 3ZN8_D , 3ZN8_G , 3ZN8_M , 3ZN8_S
5AKA
Em structure of ribosome-srp-ftsy complex in closed state Deposition Author(s): Ariosa, A. , Berger, I. , Huard, K. , Jiang, Q. , Karuppasamy, M. , Schaffitzel, C. , Shan, S. , Von Loeffelholz, O.
Date: 2015-03-03 Method: ELECTRON MICROSCOPY Resolution: 5.7 Å Organism(s): Carica Papaya Sequences Data: 5AKA_0 , 5AKA_B , 5AKA_C , 5AKA_D , 5AKA_E , 5AKA_F , 5AKA_G , 5AKA_H , 5AKA_I , 5AKA_J , 5AKA_K , 5AKA_1 , 5AKA_L , 5AKA_M , 5AKA_N , 5AKA_O , 5AKA_P , 5AKA_Q , 5AKA_R , 5AKA_S , 5AKA_T , 5AKA_U , 5AKA_2 , 5AKA_V , 5AKA_W , 5AKA_X , 5AKA_Y , 5AKA_Z , 5AKA_3 , 5AKA_4 , 5AKA_5 , 5AKA_6 , 5AKA_7 , 5AKA_A
5MJS
S. pombe microtubule copolymerized with gtp and mal3-143 Deposition Author(s): Moores, C. , Von Loeffelholz, O.
Date: 2016-12-01 Method: ELECTRON MICROSCOPY Resolution: 4.6 Å Organism(s): Conus Stercusmuscarum , Legionella Pneumophila Subsp. Pneumophila Atcc 43290 Sequences Data: 5MJS_A , 5MJS_J , 5MJS_B , 5MJS_C , 5MJS_D , 5MJS_E , 5MJS_F , 5MJS_G , 5MJS_H
5MM4
Ustilago maydis kinesin-5 motor domain in the amppnp state bound to microtubules Deposition Author(s): Moores, C.A. , Von Loeffelholz, O.
Date: 2016-12-08 Method: ELECTRON MICROSCOPY Resolution: 4.5 Å Organism(s): Human Metapneumovirus , Zobellia Galactanivorans Sequences Data: 5MM4_K , 5MM4_A , 5MM4_B
5MM7
Ustilago maydis kinesin-5 motor domain with n-terminal extension in the amppnp state bound to microtubules Deposition Author(s): Moores, C.A. , Von Loeffelholz, O.
Date: 2016-12-08 Method: ELECTRON MICROSCOPY Resolution: 5.1 Å Organism(s): Human Metapneumovirus , Rubella Virus Sequences Data: 5MM7_K , 5MM7_A , 5MM7_B
6I1D
Structure of the ysh1-mpe1 nuclease complex from s.cerevisiae Deposition Author(s): Boreikaite, V. , Casanal, A. , Degliesposti, G. , Girbig, M. , Hill, C.H. , Kubik, P. , Kumar, A. , Mariani, A. , Maslen, S. , Passmore, L.A. , Skehel, M. , Von Loeffelholz, O.
Date: 2018-10-28 Method: X-RAY DIFFRACTION Resolution: 2.28 Å Organism(s): Pseudomonas Chlororaphis Subsp. Piscium Sequences Data: 6I1D_A , 6I1D_B
6S8M
S. pombe microtubule decorated with cut7 motor domain in the amppnp state Deposition Author(s): Moores, C.A. , Von Loeffelholz, O.
Date: 2019-07-10 Method: ELECTRON MICROSCOPY Resolution: 4.5 Å Organism(s): Conus Stercusmuscarum Sequences Data: 6S8M_K , 6S8M_B , 6S8M_A
6Y0G
Structure of human ribosome in classical-pre state Deposition Author(s): Bhaskar, V. , Cavadini, S. , Chao, J.A. , Klaholz, B.P. , Natchiar, S.K. , Schenk, A.D. , Von Loeffelholz, O.
Date: 2020-02-07 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Salmonella Enterica Sequences Data: 6Y0G_A4 , 6Y0G_LD , 6Y0G_LE , 6Y0G_LF , 6Y0G_LG , 6Y0G_LH , 6Y0G_LI , 6Y0G_LJ , 6Y0G_LL , 6Y0G_LM , 6Y0G_LN , 6Y0G_B4 , 6Y0G_D4 , 6Y0G_LO , 6Y0G_LP , 6Y0G_LQ , 6Y0G_LR , 6Y0G_LS , 6Y0G_LT , 6Y0G_LU , 6Y0G_LV , 6Y0G_LW , 6Y0G_LX , 6Y0G_C4 , 6Y0G_LY , 6Y0G_LZ , 6Y0G_LA , 6Y0G_LB , 6Y0G_LC , 6Y0G_L5 , 6Y0G_LK , 6Y0G_S2 , 6Y0G_L7 , 6Y0G_SA , 6Y0G_SB , 6Y0G_SC , 6Y0G_SD , 6Y0G_SE , 6Y0G_SF , 6Y0G_SG , 6Y0G_SH , 6Y0G_SI , 6Y0G_SJ , 6Y0G_L8 , 6Y0G_SK , 6Y0G_SL , 6Y0G_SM , 6Y0G_SN , 6Y0G_SO , 6Y0G_SP , 6Y0G_SQ , 6Y0G_SR , 6Y0G_SS , 6Y0G_ST , 6Y0G_SU , 6Y0G_SV , 6Y0G_SW , 6Y0G_SX , 6Y0G_SY , 6Y0G_SZ
6Y2L
Structure of human ribosome in post state Deposition Author(s): Bhaskar, V. , Cavadini, S. , Chao, J.A. , Klaholz, B.P. , Natchiar, S.K. , Schenk, A.D. , Von Loeffelholz, O.
Date: 2020-02-16 Method: ELECTRON MICROSCOPY Resolution: 3.0 Å Organism(s): Salmonella Enterica Sequences Data: 6Y2L_A4 , 6Y2L_LD , 6Y2L_LE , 6Y2L_LF , 6Y2L_LG , 6Y2L_LH , 6Y2L_LI , 6Y2L_LJ , 6Y2L_LL , 6Y2L_LM , 6Y2L_LN , 6Y2L_B4 , 6Y2L_LO , 6Y2L_LP , 6Y2L_LQ , 6Y2L_LR , 6Y2L_LS , 6Y2L_LT , 6Y2L_LU , 6Y2L_LV , 6Y2L_LW , 6Y2L_LX , 6Y2L_C4 , 6Y2L_LY , 6Y2L_LZ , 6Y2L_LA , 6Y2L_LB , 6Y2L_LC , 6Y2L_L5 , 6Y2L_LK , 6Y2L_S2 , 6Y2L_L7 , 6Y2L_SA , 6Y2L_SB , 6Y2L_SC , 6Y2L_SD , 6Y2L_SE , 6Y2L_SF , 6Y2L_SG , 6Y2L_SH , 6Y2L_SI , 6Y2L_SJ , 6Y2L_L8 , 6Y2L_SK , 6Y2L_SL , 6Y2L_SN , 6Y2L_SO , 6Y2L_SP , 6Y2L_SQ , 6Y2L_SR , 6Y2L_SS , 6Y2L_ST , 6Y2L_SU , 6Y2L_SV , 6Y2L_SW , 6Y2L_SX , 6Y2L_SY , 6Y2L_SZ
6Y57
Structure of human ribosome in hybrid-pre state Deposition Author(s): Bhaskar, V. , Cavadini, S. , Chao, J.A. , Klaholz, B.P. , Natchiar, S.K. , Schenk, A.D. , Von Loeffelholz, O.
Date: 2020-02-25 Method: ELECTRON MICROSCOPY Resolution: 3.5 Å Organism(s): Salmonella Enterica Sequences Data: 6Y57_A4 , 6Y57_LD , 6Y57_LE , 6Y57_LF , 6Y57_LG , 6Y57_LH , 6Y57_LI , 6Y57_LJ , 6Y57_LL , 6Y57_LM , 6Y57_LN , 6Y57_B4 , 6Y57_LO , 6Y57_LP , 6Y57_LQ , 6Y57_LR , 6Y57_LS , 6Y57_LT , 6Y57_LU , 6Y57_LV , 6Y57_LW , 6Y57_LX , 6Y57_D4 , 6Y57_LY , 6Y57_LZ , 6Y57_LA , 6Y57_LB , 6Y57_LC , 6Y57_L5 , 6Y57_LK , 6Y57_S2 , 6Y57_L7 , 6Y57_SA , 6Y57_SB , 6Y57_SC , 6Y57_SD , 6Y57_SE , 6Y57_SF , 6Y57_SG , 6Y57_SH , 6Y57_SI , 6Y57_SJ , 6Y57_L8 , 6Y57_SK , 6Y57_SL , 6Y57_SN , 6Y57_SO , 6Y57_SP , 6Y57_SQ , 6Y57_SR , 6Y57_SS , 6Y57_ST , 6Y57_SU , 6Y57_SV , 6Y57_SW , 6Y57_SX , 6Y57_SY , 6Y57_SZ