Search Query :
5XXT
Gdp-microtubule complexed with nucleotide-free kif5c Deposition Author(s): Hirokawa, N. , Morikawa, M. , Nitta, R. , Shigematsu, H.
Date: 2017-07-05 Method: ELECTRON MICROSCOPY Resolution: 5.35 Å Organism(s): Sus Scrofa Sequences Data: 5XXT_A , 5XXT_C , 5XXT_E , 5XXT_G , 5XXT_I , 5XXT_K , 5XXT_M , 5XXT_O , 5XXT_Q , 5XXT_B , 5XXT_D , 5XXT_F , 5XXT_H , 5XXT_J , 5XXT_L , 5XXT_N , 5XXT_P , 5XXT_R
5XXV
Gdp-microtubule complexed with kif5c in amppnp state Deposition Author(s): Hirokawa, N. , Morikawa, M. , Nitta, R. , Shigematsu, H.
Date: 2017-07-05 Method: ELECTRON MICROSCOPY Resolution: 6.46 Å Organism(s): Sus Scrofa Sequences Data: 5XXV_A , 5XXV_C , 5XXV_E , 5XXV_G , 5XXV_I , 5XXV_K , 5XXV_M , 5XXV_O , 5XXV_Q , 5XXV_B , 5XXV_D , 5XXV_F , 5XXV_H , 5XXV_J , 5XXV_L , 5XXV_N , 5XXV_P , 5XXV_R
5XXW
Gdp-microtubule complexed with kif5c in atp state Deposition Author(s): Hirokawa, N. , Morikawa, M. , Nitta, R. , Shigematsu, H.
Date: 2017-07-05 Method: ELECTRON MICROSCOPY Resolution: 6.0 Å Organism(s): Sus Scrofa Sequences Data: 5XXW_A , 5XXW_C , 5XXW_E , 5XXW_G , 5XXW_I , 5XXW_K , 5XXW_M , 5XXW_O , 5XXW_Q , 5XXW_B , 5XXW_D , 5XXW_F , 5XXW_H , 5XXW_J , 5XXW_L , 5XXW_N , 5XXW_P , 5XXW_R
5XXX
Gmpcpp-microtubule complexed with nucleotide-free kif5c Deposition Author(s): Hirokawa, N. , Morikawa, M. , Nitta, R. , Shigematsu, H.
Date: 2017-07-05 Method: ELECTRON MICROSCOPY Resolution: 6.43 Å Organism(s): Sus Scrofa Sequences Data: 5XXX_A , 5XXX_C , 5XXX_E , 5XXX_G , 5XXX_I , 5XXX_K , 5XXX_M , 5XXX_O , 5XXX_Q , 5XXX_B , 5XXX_D , 5XXX_F , 5XXX_H , 5XXX_J , 5XXX_L , 5XXX_N , 5XXX_P , 5XXX_R
6IP5
Cryo-em structure of the cmv-stalled human 80s ribosome (structure ii) Deposition Author(s): Imataka, H. , Ito, T. , Shigematsu, H. , Shirouzu, M. , Yokoyama, T.
Date: 2018-11-02 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Homo Sapiens Sequences Data: 6IP5_1A , 6IP5_2B , 6IP5_2C , 6IP5_2D , 6IP5_2E , 6IP5_2F , 6IP5_2G , 6IP5_2H , 6IP5_2I , 6IP5_2J , 6IP5_2K , 6IP5_1B , 6IP5_2L , 6IP5_2M , 6IP5_2N , 6IP5_2O , 6IP5_2P , 6IP5_2Q , 6IP5_2R , 6IP5_2S , 6IP5_2T , 6IP5_2U , 6IP5_1C , 6IP5_2V , 6IP5_2W , 6IP5_2X , 6IP5_2Y , 6IP5_2Z , 6IP5_2A , 6IP5_1D , 6IP5_1E , 6IP5_1F , 6IP5_20 , 6IP5_21 , 6IP5_3A , 6IP5_3B , 6IP5_3C , 6IP5_3D , 6IP5_3E , 6IP5_3F , 6IP5_3G , 6IP5_1G , 6IP5_3H , 6IP5_3I , 6IP5_3J , 6IP5_3K , 6IP5_3L , 6IP5_3M , 6IP5_3N , 6IP5_3O , 6IP5_3P , 6IP5_3Q , 6IP5_1H , 6IP5_3R , 6IP5_ZV , 6IP5_ZX , 6IP5_ZY , 6IP5_ZU
6IP6
Cryo-em structure of the cmv-stalled human 80s ribosome with hcv ires (structure iii) Deposition Author(s): Imataka, H. , Ito, T. , Shigematsu, H. , Shirouzu, M. , Yokoyama, T.
Date: 2018-11-02 Method: ELECTRON MICROSCOPY Resolution: 4.5 Å Organism(s): Homo Sapiens Sequences Data: 6IP6_1A , 6IP6_2B , 6IP6_2C , 6IP6_2D , 6IP6_2E , 6IP6_2F , 6IP6_2G , 6IP6_2H , 6IP6_2I , 6IP6_2J , 6IP6_2K , 6IP6_1B , 6IP6_2L , 6IP6_2M , 6IP6_2N , 6IP6_2O , 6IP6_2P , 6IP6_2Q , 6IP6_2R , 6IP6_2S , 6IP6_2T , 6IP6_2U , 6IP6_1C , 6IP6_2V , 6IP6_2W , 6IP6_2X , 6IP6_2Y , 6IP6_2Z , 6IP6_2A , 6IP6_1D , 6IP6_1E , 6IP6_1F , 6IP6_20 , 6IP6_21 , 6IP6_3A , 6IP6_3B , 6IP6_3C , 6IP6_3D , 6IP6_3E , 6IP6_3F , 6IP6_3G , 6IP6_3H , 6IP6_1G , 6IP6_3I , 6IP6_3J , 6IP6_3K , 6IP6_3L , 6IP6_3M , 6IP6_3N , 6IP6_3O , 6IP6_3P , 6IP6_3Q , 6IP6_3R , 6IP6_1H , 6IP6_ZV , 6IP6_ZX , 6IP6_ZY , 6IP6_ZZ
6IP8
Cryo-em structure of the hcv ires dependently initiated cmv-stalled 80s ribosome (structure iv) Deposition Author(s): Imataka, H. , Ito, T. , Shigematsu, H. , Shirouzu, M. , Yokoyama, T.
Date: 2018-11-02 Method: ELECTRON MICROSCOPY Resolution: 3.9 Å Organism(s): Homo Sapiens Sequences Data: 6IP8_1A , 6IP8_2B , 6IP8_2C , 6IP8_2D , 6IP8_2E , 6IP8_2F , 6IP8_2G , 6IP8_2H , 6IP8_2I , 6IP8_2J , 6IP8_2K , 6IP8_1B , 6IP8_2L , 6IP8_2M , 6IP8_2N , 6IP8_2O , 6IP8_2P , 6IP8_2Q , 6IP8_2R , 6IP8_2S , 6IP8_2T , 6IP8_2U , 6IP8_1C , 6IP8_2V , 6IP8_2W , 6IP8_2X , 6IP8_2Y , 6IP8_2Z , 6IP8_2A , 6IP8_1D , 6IP8_1E , 6IP8_1F , 6IP8_20 , 6IP8_21 , 6IP8_3A , 6IP8_3B , 6IP8_3C , 6IP8_3D , 6IP8_3E , 6IP8_3F , 6IP8_3G , 6IP8_3H , 6IP8_1G , 6IP8_3I , 6IP8_3J , 6IP8_3K , 6IP8_3L , 6IP8_3M , 6IP8_3N , 6IP8_3O , 6IP8_3P , 6IP8_3Q , 6IP8_3R , 6IP8_1H , 6IP8_ZV , 6IP8_ZW , 6IP8_ZX , 6IP8_ZY , 6IP8_ZZ
7D7M
Cryo-em structure of the prostaglandin e receptor ep4 coupled to g protein Deposition Author(s): Fujita, Y. , Iwata, S. , Kimura, T.K. , Kobayashi, T. , Morimoto, K. , Noda, T. , Nojima, S. , Nomura, N. , Shigematsu, H. , Suno, R. , Yamamoto, M.
Date: 2020-10-05 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Homo Sapiens , Lama Glama Sequences Data: 7D7M_A , 7D7M_B , 7D7M_C , 7D7M_D , 7D7M_E
7XMC
Cryo-em structure of cytochrome bo3 from escherichia coli, apo structure with dmso Deposition Author(s): Iwamoto, T. , Nishida, Y. , Shigematsu, H. , Shintani, Y. , Takashima, S.
Date: 2022-04-25 Method: ELECTRON MICROSCOPY Resolution: 3.09 Å Organism(s): Escherichia Coli Sequences Data: 7XMC_A , 7XMC_B , 7XMC_C , 7XMC_D
7XMD
Cryo-em structure of cytochrome bo3 from escherichia coli, the structure complexed with an allosteric inhibitor n4 Deposition Author(s): Iwamoto, T. , Nishida, Y. , Shigematsu, H. , Shintani, Y. , Takashima, S.
Date: 2022-04-25 Method: ELECTRON MICROSCOPY Resolution: 2.99 Å Organism(s): Escherichia Coli Sequences Data: 7XMD_A , 7XMD_B , 7XMD_C , 7XMD_D