Structure of native murine cardiac thin filament variant i79n in troponin t at pca=5.8 in ca2+-free state (upper strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-25 Method: ELECTRON MICROSCOPY Resolution: 5.5 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOB_A , 9MOB_B , 9MOB_C , 9MOB_D , 9MOB_E , 9MOB_F , 9MOB_G , 9MOB_H , 9MOB_I , 9MOB_J , 9MOB_K , 9MOB_L , 9MOB_M , 9MOB_N , 9MOB_O
Structure of native murine cardiac thin filament variant i79n in troponin t at pca=5.8 in ca2+-free rotated state (upper strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-25 Method: ELECTRON MICROSCOPY Resolution: 5.6 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOC_A , 9MOC_B , 9MOC_C , 9MOC_D , 9MOC_E , 9MOC_F , 9MOC_G , 9MOC_H , 9MOC_I , 9MOC_J , 9MOC_K , 9MOC_L , 9MOC_M , 9MOC_N , 9MOC_O
Structure of native murine cardiac thin filament variant i79n in troponin t at pca=5.8 in ca2+-free tilted state (upper strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-25 Method: ELECTRON MICROSCOPY Resolution: 5.7 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOD_A , 9MOD_B , 9MOD_C , 9MOD_D , 9MOD_E , 9MOD_F , 9MOD_G , 9MOD_H , 9MOD_I , 9MOD_J , 9MOD_K , 9MOD_L , 9MOD_M , 9MOD_N , 9MOD_O
Structure of native murine cardiac thin filament at pca=5.8 in ca2+-free rotated state (lower strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-26 Method: ELECTRON MICROSCOPY Resolution: 5.4 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOI_A , 9MOI_B , 9MOI_C , 9MOI_D , 9MOI_E , 9MOI_F , 9MOI_G , 9MOI_H , 9MOI_I , 9MOI_J , 9MOI_K , 9MOI_L , 9MOI_M , 9MOI_N
Structure of native murine cardiac thin filament at pca=5.8 in ca2+-free rotated state (upper strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-26 Method: ELECTRON MICROSCOPY Resolution: 5.6 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOK_A , 9MOK_B , 9MOK_C , 9MOK_D , 9MOK_E , 9MOK_F , 9MOK_G , 9MOK_H , 9MOK_I , 9MOK_J , 9MOK_K , 9MOK_L , 9MOK_M , 9MOK_N , 9MOK_O
Structure of native murine cardiac thin filament at pca=5.8 in ca2+-free tilted state (upper strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-26 Method: ELECTRON MICROSCOPY Resolution: 5.2 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOL_A , 9MOL_B , 9MOL_C , 9MOL_D , 9MOL_E , 9MOL_F , 9MOL_G , 9MOL_H , 9MOL_I , 9MOL_J , 9MOL_K , 9MOL_L , 9MOL_M , 9MOL_N , 9MOL_O
Structure of native murine cardiac thin filament at pca=5.8 in ca2+-bound partially activated state (upper strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-26 Method: ELECTRON MICROSCOPY Resolution: 5.1 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOM_A , 9MOM_B , 9MOM_C , 9MOM_D , 9MOM_E , 9MOM_F , 9MOM_G , 9MOM_H , 9MOM_I , 9MOM_J , 9MOM_K , 9MOM_L , 9MOM_M , 9MOM_N , 9MOM_O
Structure of native murine cardiac thin filament at pca=5.8 in ca2+-bound fully activated state (upper strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-26 Method: ELECTRON MICROSCOPY Resolution: 5.2 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MON_A , 9MON_B , 9MON_C , 9MON_D , 9MON_E , 9MON_F , 9MON_G , 9MON_H , 9MON_I , 9MON_J , 9MON_K , 9MON_L , 9MON_M , 9MON_N , 9MON_O
Structure of native murine cardiac thin filament variant i79n in troponin t at pca=5.8 in ca2+-free state (lower strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-26 Method: ELECTRON MICROSCOPY Resolution: 5.2 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOO_A , 9MOO_B , 9MOO_C , 9MOO_D , 9MOO_E , 9MOO_F , 9MOO_G , 9MOO_H , 9MOO_I , 9MOO_J , 9MOO_K , 9MOO_L , 9MOO_M , 9MOO_N
Structure of native murine cardiac thin filament variant i79n in troponin t at pca=5.8 in ca2+-bound fully activated state (lower strand) Deposition Author(s): Galkin, V.E. , Risi, C.M.
Date: 2024-12-26 Method: ELECTRON MICROSCOPY Resolution: 5.0 Å Organism(s): Enterobacter Aerogenes Sequences Data: 9MOP_A , 9MOP_B , 9MOP_C , 9MOP_D , 9MOP_E , 9MOP_F , 9MOP_G , 9MOP_H , 9MOP_I , 9MOP_J , 9MOP_K , 9MOP_L , 9MOP_M , 9MOP_N