Search Query :
3JC8
Architectural model of the type iva pilus machine in a piliated state Deposition Author(s): Chang, Y.-W. , Jensen, G.J. , Rettberg, L.A.
Date: 2015-11-24 Method: ELECTRON MICROSCOPY Resolution: Organism(s): Microbulbifer Arenaceous Sequences Data: 3JC8_AA , 3JC8_AB , 3JC8_AC , 3JC8_AD , 3JC8_AE , 3JC8_AF , 3JC8_AG , 3JC8_AH , 3JC8_AI , 3JC8_AJ , 3JC8_AK , 3JC8_AL , 3JC8_AM , 3JC8_AN , 3JC8_AO , 3JC8_AP , 3JC8_AQ , 3JC8_AR , 3JC8_AS , 3JC8_AT , 3JC8_AU , 3JC8_AV , 3JC8_AW , 3JC8_AX , 3JC8_AY , 3JC8_AZ , 3JC8_A1 , 3JC8_A2 , 3JC8_A3 , 3JC8_A4 , 3JC8_A5 , 3JC8_A6 , 3JC8_A7 , 3JC8_A8 , 3JC8_A9 , 3JC8_BA , 3JC8_BB , 3JC8_BC , 3JC8_BD , 3JC8_BE , 3JC8_BF , 3JC8_CA , 3JC8_CB , 3JC8_NA , 3JC8_NB , 3JC8_NC , 3JC8_ND , 3JC8_NE , 3JC8_NF , 3JC8_NG , 3JC8_NH , 3JC8_NI , 3JC8_NJ , 3JC8_NK , 3JC8_NL , 3JC8_OA , 3JC8_OB , 3JC8_OC , 3JC8_OD , 3JC8_OE , 3JC8_OF , 3JC8_OG , 3JC8_OH , 3JC8_OI , 3JC8_OJ , 3JC8_OK , 3JC8_OL , 3JC8_MA , 3JC8_MB , 3JC8_MC , 3JC8_MD , 3JC8_ME , 3JC8_MF , 3JC8_MG , 3JC8_MH , 3JC8_MI , 3JC8_MJ , 3JC8_MK , 3JC8_ML , 3JC8_QA , 3JC8_QB , 3JC8_QC , 3JC8_QD , 3JC8_QE , 3JC8_QF , 3JC8_QG , 3JC8_QH , 3JC8_QI , 3JC8_QJ , 3JC8_QK , 3JC8_QL , 3JC8_PA , 3JC8_PB , 3JC8_PC , 3JC8_PD , 3JC8_PE , 3JC8_PF , 3JC8_PG , 3JC8_PH , 3JC8_PI , 3JC8_PJ , 3JC8_PK , 3JC8_PL , 3JC8_TA , 3JC8_TB , 3JC8_TC , 3JC8_TD , 3JC8_TE , 3JC8_TF , 3JC8_TG , 3JC8_TH , 3JC8_TI , 3JC8_TJ , 3JC8_TK , 3JC8_TL
3JC9
Architectural model of the type iva pilus machine in a non-piliated state Deposition Author(s): Chang, Y.-W. , Jensen, G.J. , Rettberg, L.A.
Date: 2015-11-24 Method: ELECTRON MICROSCOPY Resolution: Organism(s): Microbulbifer Arenaceous Sequences Data: 3JC9_AA , 3JC9_AB , 3JC9_AC , 3JC9_AD , 3JC9_AE , 3JC9_CA , 3JC9_CB , 3JC9_NA , 3JC9_NB , 3JC9_NC , 3JC9_ND , 3JC9_NE , 3JC9_NF , 3JC9_NG , 3JC9_NH , 3JC9_NI , 3JC9_NJ , 3JC9_NK , 3JC9_NL , 3JC9_OA , 3JC9_OB , 3JC9_OC , 3JC9_OD , 3JC9_OE , 3JC9_OF , 3JC9_OG , 3JC9_OH , 3JC9_OI , 3JC9_OJ , 3JC9_OK , 3JC9_OL , 3JC9_MA , 3JC9_MB , 3JC9_MC , 3JC9_MD , 3JC9_ME , 3JC9_MF , 3JC9_MG , 3JC9_MH , 3JC9_MI , 3JC9_MJ , 3JC9_MK , 3JC9_ML , 3JC9_QA , 3JC9_QB , 3JC9_QC , 3JC9_QD , 3JC9_QE , 3JC9_QF , 3JC9_QG , 3JC9_QH , 3JC9_QI , 3JC9_QJ , 3JC9_QK , 3JC9_QL , 3JC9_PA , 3JC9_PB , 3JC9_PC , 3JC9_PD , 3JC9_PE , 3JC9_PF , 3JC9_PG , 3JC9_PH , 3JC9_PI , 3JC9_PJ , 3JC9_PK , 3JC9_PL , 3JC9_TA , 3JC9_TB , 3JC9_TC , 3JC9_TD , 3JC9_TE , 3JC9_TF , 3JC9_TG , 3JC9_TH , 3JC9_TI , 3JC9_TJ , 3JC9_TK , 3JC9_TL
5URW
Structure of the extended type vi secretion system sheath in myxococcus xanthus Deposition Author(s): Chang, Y.-W. , Jensen, G.J. , Rettberg, L.A.
Date: 2017-02-13 Method: ELECTRON MICROSCOPY Resolution: 24.0 Å Organism(s): Streptomyces Sp. Kcb13F003 , Aeromonas Jandaei Sequences Data: 5URW_1A , 5URW_1C , 5URW_1E , 5URW_1G , 5URW_1I , 5URW_1K , 5URW_2A , 5URW_2C , 5URW_2E , 5URW_2G , 5URW_2I , 5URW_2K , 5URW_3A , 5URW_3C , 5URW_3E , 5URW_3G , 5URW_3I , 5URW_3K , 5URW_1B , 5URW_1D , 5URW_1F , 5URW_1H , 5URW_1J , 5URW_1L , 5URW_2B , 5URW_2D , 5URW_2F , 5URW_2H , 5URW_2J , 5URW_2L , 5URW_3B , 5URW_3D , 5URW_3F , 5URW_3H , 5URW_3J , 5URW_3L , 5URW_11 , 5URW_12 , 5URW_13 , 5URW_14 , 5URW_15 , 5URW_16 , 5URW_21 , 5URW_22 , 5URW_23 , 5URW_24 , 5URW_25 , 5URW_26 , 5URW_31 , 5URW_32 , 5URW_33 , 5URW_34 , 5URW_35 , 5URW_36
5URX
Structure of the contracted type vi secretion system sheath in myxococcus xanthus Deposition Author(s): Chang, Y.-W. , Jensen, G.J. , Rettberg, L.A.
Date: 2017-02-13 Method: ELECTRON MICROSCOPY Resolution: 28.0 Å Organism(s): Streptomyces Sp. Kcb13F003 Sequences Data: 5URX_1A , 5URX_1C , 5URX_1E , 5URX_1G , 5URX_1I , 5URX_1K , 5URX_2A , 5URX_2C , 5URX_2E , 5URX_2G , 5URX_2I , 5URX_2K , 5URX_3A , 5URX_3C , 5URX_3E , 5URX_3G , 5URX_3I , 5URX_3K , 5URX_1B , 5URX_1D , 5URX_1F , 5URX_1H , 5URX_1J , 5URX_1L , 5URX_2B , 5URX_2D , 5URX_2F , 5URX_2H , 5URX_2J , 5URX_2L , 5URX_3B , 5URX_3D , 5URX_3F , 5URX_3H , 5URX_3J , 5URX_3L
6N4U
Microed structure of proteinase k at 2.75a resolution from a single milled crystal. Deposition Author(s): Gonen, T. , Hattne, J. , Jensen, G.J. , Martynowycz, M.W. , Zhao, W.
Date: 2018-11-20 Method: ELECTRON CRYSTALLOGRAPHY Resolution: 2.75 Å Organism(s): Thermincola Potens Sequences Data: 6N4U_A
6PKJ
Microed structure of proteinase k from an uncoated, single lamella at 2.17a resolution (#2) Deposition Author(s): Gonen, T. , Hattne, J. , Jensen, G.J. , Martynowycz, M.W. , Zhao, W.
Date: 2019-06-29 Method: ELECTRON CRYSTALLOGRAPHY Resolution: 2.17 Å Organism(s): Rhodococcus Sp. (In: High G+C Gram-Positive Bacteria) Sequences Data: 6PKJ_A
6PKK
Microed structure of proteinase k from an uncoated, single lamella at 2.18a resolution (#5) Deposition Author(s): Gonen, T. , Hattne, J. , Jensen, G.J. , Martynowycz, M.W. , Zhao, W.
Date: 2019-06-29 Method: ELECTRON CRYSTALLOGRAPHY Resolution: 2.176 Å Organism(s): Rhodococcus Sp. (In: High G+C Gram-Positive Bacteria) Sequences Data: 6PKK_A
6PKL
Microed structure of proteinase k from an uncoated, single lamella at 2.59a resolution (#7) Deposition Author(s): Gonen, T. , Hattne, J. , Jensen, G.J. , Martynowycz, M.W. , Zhao, W.
Date: 2019-06-29 Method: ELECTRON CRYSTALLOGRAPHY Resolution: 2.59 Å Organism(s): Rhodococcus Sp. (In: High G+C Gram-Positive Bacteria) Sequences Data: 6PKL_A
6PKM
Microed structure of proteinase k from an uncoated, single lamella at 2.17a resolution (#8) Deposition Author(s): Gonen, T. , Hattne, J. , Jensen, G.J. , Martynowycz, M.W. , Zhao, W.
Date: 2019-06-29 Method: ELECTRON CRYSTALLOGRAPHY Resolution: 2.17 Å Organism(s): Rhodococcus Sp. (In: High G+C Gram-Positive Bacteria) Sequences Data: 6PKM_A
6PKN
Microed structure of proteinase k from an unpolished, platinum-coated, single lamella at 2.08a resolution (#9) Deposition Author(s): Gonen, T. , Hattne, J. , Jensen, G.J. , Martynowycz, M.W. , Zhao, W.
Date: 2019-06-29 Method: ELECTRON CRYSTALLOGRAPHY Resolution: 2.08 Å Organism(s): Rhodococcus Sp. (In: High G+C Gram-Positive Bacteria) Sequences Data: 6PKN_A