Search Query :
5WME
Crystal structure of amino acids 1729-1786 of human beta cardiac myosin fused to gp7 as anti-parallel four-helix bundle Deposition Author(s): Ajay, G. , Andreas, M.P. , Gellings, J. , Rayment, I.
Date: 2017-07-28 Method: X-RAY DIFFRACTION Resolution: 2.3 Å Organism(s): Bacillus Phage Phi29 , Homo Sapiens Sequences Data: 5WME_A , 5WME_B , 5WME_C , 5WME_D
6QVK
The cryo-em structure of bacteriophage phi29 prohead Deposition Author(s): Gui, M. , Xiang, Y. , Xu, J.
Date: 2019-03-03 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QVK_1A , 6QVK_1B , 6QVK_1C , 6QVK_1D , 6QVK_1E , 6QVK_1F , 6QVK_2A , 6QVK_2B , 6QVK_2C , 6QVK_2D , 6QVK_2E , 6QVK_3A , 6QVK_3B , 6QVK_3C , 6QVK_3D , 6QVK_3E , 6QVK_3F , 6QVK_4A , 6QVK_4B , 6QVK_4C , 6QVK_4D , 6QVK_4E , 6QVK_4F , 6QVK_5A , 6QVK_5B , 6QVK_5C , 6QVK_5D , 6QVK_5E , 6QVK_5F , 6QVK_6A , 6QVK_6B , 6QVK_6C , 6QVK_6D , 6QVK_6E , 6QVK_6F , 6QVK_7A , 6QVK_7B , 6QVK_7C , 6QVK_7D , 6QVK_7E , 6QVK_8A , 6QVK_8B , 6QVK_8C , 6QVK_8D , 6QVK_8E , 6QVK_8F , 6QVK_9A , 6QVK_1G , 6QVK_1H , 6QVK_1I , 6QVK_1J , 6QVK_1K , 6QVK_1L , 6QVK_2F , 6QVK_2G , 6QVK_2H , 6QVK_2I , 6QVK_2J , 6QVK_3G , 6QVK_3H , 6QVK_3I , 6QVK_3J , 6QVK_3K , 6QVK_3L , 6QVK_4G , 6QVK_4H , 6QVK_4I , 6QVK_4J , 6QVK_4K , 6QVK_4L , 6QVK_5G , 6QVK_5H , 6QVK_5I , 6QVK_5J , 6QVK_5K , 6QVK_5L , 6QVK_6G , 6QVK_6H , 6QVK_6I , 6QVK_6J , 6QVK_6K , 6QVK_6L , 6QVK_7F , 6QVK_7G , 6QVK_7H , 6QVK_7I , 6QVK_7J , 6QVK_8G , 6QVK_8H , 6QVK_8I , 6QVK_8J , 6QVK_8K , 6QVK_8L , 6QVK_9B , 6QVK_1M , 6QVK_1N , 6QVK_1O , 6QVK_1P , 6QVK_1Q , 6QVK_1R , 6QVK_2K , 6QVK_2L , 6QVK_2M , 6QVK_2N , 6QVK_2O , 6QVK_3M , 6QVK_3N , 6QVK_3O , 6QVK_3P , 6QVK_3Q , 6QVK_3R , 6QVK_4M , 6QVK_4N , 6QVK_4O , 6QVK_4P , 6QVK_4Q , 6QVK_4R , 6QVK_5M , 6QVK_5N , 6QVK_5O , 6QVK_5P , 6QVK_5Q , 6QVK_5R , 6QVK_6M , 6QVK_6N , 6QVK_6O , 6QVK_6P , 6QVK_6Q , 6QVK_6R , 6QVK_7K , 6QVK_7L , 6QVK_7M , 6QVK_7N , 6QVK_7O , 6QVK_8M , 6QVK_8N , 6QVK_8O , 6QVK_8P , 6QVK_8Q , 6QVK_8R , 6QVK_9C , 6QVK_1S , 6QVK_1T , 6QVK_1U , 6QVK_1V , 6QVK_1W , 6QVK_1X , 6QVK_2P , 6QVK_2Q , 6QVK_2R , 6QVK_2S , 6QVK_2T , 6QVK_3S , 6QVK_3T , 6QVK_3U , 6QVK_3V , 6QVK_3W , 6QVK_3X , 6QVK_4S , 6QVK_4T , 6QVK_4U , 6QVK_4V , 6QVK_4W , 6QVK_4X , 6QVK_5S , 6QVK_5T , 6QVK_5U , 6QVK_5V , 6QVK_5W , 6QVK_5X , 6QVK_6S , 6QVK_6T , 6QVK_6U , 6QVK_6V , 6QVK_6W , 6QVK_6X , 6QVK_7P , 6QVK_7Q , 6QVK_7R , 6QVK_7S , 6QVK_7T , 6QVK_8S , 6QVK_8T , 6QVK_8U , 6QVK_8V , 6QVK_8W , 6QVK_8X , 6QVK_9D , 6QVK_1Y , 6QVK_1Z , 6QVK_2U , 6QVK_2V , 6QVK_2W , 6QVK_2X , 6QVK_2Y , 6QVK_3Y , 6QVK_3Z , 6QVK_4Y , 6QVK_4Z , 6QVK_5Y , 6QVK_5Z , 6QVK_6Y , 6QVK_6Z , 6QVK_7U , 6QVK_7V , 6QVK_7W , 6QVK_7X , 6QVK_7Y , 6QVK_8Y , 6QVK_8Z , 6QVK_9E , 6QVK_2Z , 6QVK_7Z , 6QVK_9F , 6QVK_9G , 6QVK_9H , 6QVK_9K , 6QVK_9L , 6QVK_9I , 6QVK_9M , 6QVK_9N , 6QVK_9O , 6QVK_9P , 6QVK_9Q , 6QVK_9R , 6QVK_9J
6QX7
The cryo-em structure of connector in bacteriophage phi29 prohead Deposition Author(s): Gui, M. , Xiang, Y. , Xu, J.
Date: 2019-03-07 Method: ELECTRON MICROSCOPY Resolution: 3.8 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QX7_0A , 6QX7_0B , 6QX7_0C , 6QX7_0D , 6QX7_0E , 6QX7_0F , 6QX7_0G , 6QX7_0H , 6QX7_0I , 6QX7_0J , 6QX7_0K , 6QX7_0L
6QYD
Cryo-em structure of the head in mature bacteriophage phi29 Deposition Author(s): Gui, M. , Wang, D.H. , Xiang, Y. , Xu, J.W.
Date: 2019-03-08 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QYD_1A , 6QYD_1B , 6QYD_1C , 6QYD_1D , 6QYD_1E , 6QYD_1F , 6QYD_2A , 6QYD_2B , 6QYD_2C , 6QYD_2D , 6QYD_2E , 6QYD_3A , 6QYD_3B , 6QYD_3C , 6QYD_3D , 6QYD_3E , 6QYD_3F , 6QYD_4A , 6QYD_4B , 6QYD_4C , 6QYD_4D , 6QYD_4E , 6QYD_4F , 6QYD_5A , 6QYD_5B , 6QYD_5C , 6QYD_5D , 6QYD_5E , 6QYD_5F , 6QYD_6A , 6QYD_6B , 6QYD_6C , 6QYD_6D , 6QYD_6E , 6QYD_6F , 6QYD_7A , 6QYD_7B , 6QYD_7C , 6QYD_7D , 6QYD_7E , 6QYD_8A , 6QYD_8B , 6QYD_8C , 6QYD_8D , 6QYD_8E , 6QYD_8F , 6QYD_9A , 6QYD_1G , 6QYD_1H , 6QYD_1I , 6QYD_1J , 6QYD_1K , 6QYD_1L , 6QYD_2F , 6QYD_2G , 6QYD_2H , 6QYD_2I , 6QYD_2J , 6QYD_3G , 6QYD_3H , 6QYD_3I , 6QYD_3J , 6QYD_3K , 6QYD_3L , 6QYD_4G , 6QYD_4H , 6QYD_4I , 6QYD_4J , 6QYD_4K , 6QYD_4L , 6QYD_5G , 6QYD_5H , 6QYD_5I , 6QYD_5J , 6QYD_5K , 6QYD_5L , 6QYD_6G , 6QYD_6H , 6QYD_6I , 6QYD_6J , 6QYD_6K , 6QYD_6L , 6QYD_7F , 6QYD_7G , 6QYD_7H , 6QYD_7I , 6QYD_7J , 6QYD_8G , 6QYD_8H , 6QYD_8I , 6QYD_8J , 6QYD_8K , 6QYD_8L , 6QYD_9B , 6QYD_1M , 6QYD_1N , 6QYD_1O , 6QYD_1P , 6QYD_1Q , 6QYD_1R , 6QYD_2K , 6QYD_2L , 6QYD_2M , 6QYD_2N , 6QYD_2O , 6QYD_3M , 6QYD_3N , 6QYD_3O , 6QYD_3P , 6QYD_3Q , 6QYD_3R , 6QYD_4M , 6QYD_4N , 6QYD_4O , 6QYD_4P , 6QYD_4Q , 6QYD_4R , 6QYD_5M , 6QYD_5N , 6QYD_5O , 6QYD_5P , 6QYD_5Q , 6QYD_5R , 6QYD_6M , 6QYD_6N , 6QYD_6O , 6QYD_6P , 6QYD_6Q , 6QYD_6R , 6QYD_7K , 6QYD_7L , 6QYD_7M , 6QYD_7N , 6QYD_7O , 6QYD_8M , 6QYD_8N , 6QYD_8O , 6QYD_8P , 6QYD_8Q , 6QYD_8R , 6QYD_9C , 6QYD_1S , 6QYD_1T , 6QYD_1U , 6QYD_1V , 6QYD_1W , 6QYD_1X , 6QYD_2P , 6QYD_2Q , 6QYD_2R , 6QYD_2S , 6QYD_2T , 6QYD_3S , 6QYD_3T , 6QYD_3U , 6QYD_3V , 6QYD_3W , 6QYD_3X , 6QYD_4S , 6QYD_4T , 6QYD_4U , 6QYD_4V , 6QYD_4W , 6QYD_4X , 6QYD_5S , 6QYD_5T , 6QYD_5U , 6QYD_5V , 6QYD_5W , 6QYD_5X , 6QYD_6S , 6QYD_6T , 6QYD_6U , 6QYD_6V , 6QYD_6W , 6QYD_6X , 6QYD_7P , 6QYD_7Q , 6QYD_7R , 6QYD_7S , 6QYD_7T , 6QYD_8S , 6QYD_8T , 6QYD_8U , 6QYD_8V , 6QYD_8W , 6QYD_8X , 6QYD_9D , 6QYD_1Y , 6QYD_1Z , 6QYD_2U , 6QYD_2V , 6QYD_2W , 6QYD_2X , 6QYD_2Y , 6QYD_3Y , 6QYD_3Z , 6QYD_4Y , 6QYD_4Z , 6QYD_5Y , 6QYD_5Z , 6QYD_6Y , 6QYD_6Z , 6QYD_7U , 6QYD_7V , 6QYD_7W , 6QYD_7X , 6QYD_7Y , 6QYD_8Y , 6QYD_8Z , 6QYD_9E , 6QYD_2Z , 6QYD_7Z , 6QYD_9F , 6QYD_9G , 6QYD_9H , 6QYD_9K , 6QYD_9L , 6QYD_9I , 6QYD_9M , 6QYD_9N , 6QYD_9O , 6QYD_9P , 6QYD_9Q , 6QYD_9R , 6QYD_9J
6QYJ
The cryo-em structure of the connector of the mature bacteriophage phi29 Deposition Author(s): Gui, M. , Wang, D. , Xiang, Y. , Xu, J.
Date: 2019-03-09 Method: ELECTRON MICROSCOPY Resolution: 3.4 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QYJ_0A , 6QYJ_0B , 6QYJ_0C , 6QYJ_0D , 6QYJ_0E , 6QYJ_0F , 6QYJ_0G , 6QYJ_0H , 6QYJ_0I , 6QYJ_0J , 6QYJ_0K , 6QYJ_0L
6QYM
The cryo-em structure of the connector of the genome empited bacteriophage phi29 Deposition Author(s): Gui, M. , Wang, D. , Xiang, Y. , Xu, J.
Date: 2019-03-09 Method: ELECTRON MICROSCOPY Resolution: 3.6 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QYM_0A , 6QYM_0B , 6QYM_0C , 6QYM_0D , 6QYM_0E , 6QYM_0F , 6QYM_0G , 6QYM_0H , 6QYM_0I , 6QYM_0J , 6QYM_0K , 6QYM_0L
6QYY
The crystal structure of head fiber gp8.5 n base in bacteriophage phi29 Deposition Author(s): Gui, M. , Wang, D. , Xiang, Y. , Xu, J.
Date: 2019-03-10 Method: X-RAY DIFFRACTION Resolution: 1.8 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QYY_A , 6QYY_B , 6QYY_C , 6QYY_D , 6QYY_E , 6QYY_F
6QZ0
The cryo-em structure of the head of the genome empited bacteriophage phi29 Deposition Author(s): Gui, M. , Wang, D. , Xiang, Y. , Xu, J.
Date: 2019-03-10 Method: ELECTRON MICROSCOPY Resolution: 3.2 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QZ0_1A , 6QZ0_1B , 6QZ0_1C , 6QZ0_1D , 6QZ0_1E , 6QZ0_1F , 6QZ0_2A , 6QZ0_2B , 6QZ0_2C , 6QZ0_2D , 6QZ0_2E , 6QZ0_3A , 6QZ0_3B , 6QZ0_3C , 6QZ0_3D , 6QZ0_3E , 6QZ0_3F , 6QZ0_4A , 6QZ0_4B , 6QZ0_4C , 6QZ0_4D , 6QZ0_4E , 6QZ0_4F , 6QZ0_5A , 6QZ0_5B , 6QZ0_5C , 6QZ0_5D , 6QZ0_5E , 6QZ0_5F , 6QZ0_6A , 6QZ0_6B , 6QZ0_6C , 6QZ0_6D , 6QZ0_6E , 6QZ0_6F , 6QZ0_7A , 6QZ0_7B , 6QZ0_7C , 6QZ0_7D , 6QZ0_7E , 6QZ0_8A , 6QZ0_8B , 6QZ0_8C , 6QZ0_8D , 6QZ0_8E , 6QZ0_8F , 6QZ0_9A , 6QZ0_1G , 6QZ0_1H , 6QZ0_1I , 6QZ0_1J , 6QZ0_1K , 6QZ0_1L , 6QZ0_2F , 6QZ0_2G , 6QZ0_2H , 6QZ0_2I , 6QZ0_2J , 6QZ0_3G , 6QZ0_3H , 6QZ0_3I , 6QZ0_3J , 6QZ0_3K , 6QZ0_3L , 6QZ0_4G , 6QZ0_4H , 6QZ0_4I , 6QZ0_4J , 6QZ0_4K , 6QZ0_4L , 6QZ0_5G , 6QZ0_5H , 6QZ0_5I , 6QZ0_5J , 6QZ0_5K , 6QZ0_5L , 6QZ0_6G , 6QZ0_6H , 6QZ0_6I , 6QZ0_6J , 6QZ0_6K , 6QZ0_6L , 6QZ0_7F , 6QZ0_7G , 6QZ0_7H , 6QZ0_7I , 6QZ0_7J , 6QZ0_8G , 6QZ0_8H , 6QZ0_8I , 6QZ0_8J , 6QZ0_8K , 6QZ0_8L , 6QZ0_9B , 6QZ0_1M , 6QZ0_1N , 6QZ0_1O , 6QZ0_1P , 6QZ0_1Q , 6QZ0_1R , 6QZ0_2K , 6QZ0_2L , 6QZ0_2M , 6QZ0_2N , 6QZ0_2O , 6QZ0_3M , 6QZ0_3N , 6QZ0_3O , 6QZ0_3P , 6QZ0_3Q , 6QZ0_3R , 6QZ0_4M , 6QZ0_4N , 6QZ0_4O , 6QZ0_4P , 6QZ0_4Q , 6QZ0_4R , 6QZ0_5M , 6QZ0_5N , 6QZ0_5O , 6QZ0_5P , 6QZ0_5Q , 6QZ0_5R , 6QZ0_6M , 6QZ0_6N , 6QZ0_6O , 6QZ0_6P , 6QZ0_6Q , 6QZ0_6R , 6QZ0_7K , 6QZ0_7L , 6QZ0_7M , 6QZ0_7N , 6QZ0_7O , 6QZ0_8M , 6QZ0_8N , 6QZ0_8O , 6QZ0_8P , 6QZ0_8Q , 6QZ0_8R , 6QZ0_9C , 6QZ0_1S , 6QZ0_1T , 6QZ0_1U , 6QZ0_1V , 6QZ0_1W , 6QZ0_1X , 6QZ0_2P , 6QZ0_2Q , 6QZ0_2R , 6QZ0_2S , 6QZ0_2T , 6QZ0_3S , 6QZ0_3T , 6QZ0_3U , 6QZ0_3V , 6QZ0_3W , 6QZ0_3X , 6QZ0_4S , 6QZ0_4T , 6QZ0_4U , 6QZ0_4V , 6QZ0_4W , 6QZ0_4X , 6QZ0_5S , 6QZ0_5T , 6QZ0_5U , 6QZ0_5V , 6QZ0_5W , 6QZ0_5X , 6QZ0_6S , 6QZ0_6T , 6QZ0_6U , 6QZ0_6V , 6QZ0_6W , 6QZ0_6X , 6QZ0_7P , 6QZ0_7Q , 6QZ0_7R , 6QZ0_7S , 6QZ0_7T , 6QZ0_8S , 6QZ0_8T , 6QZ0_8U , 6QZ0_8V , 6QZ0_8W , 6QZ0_8X , 6QZ0_9D , 6QZ0_1Y , 6QZ0_1Z , 6QZ0_2U , 6QZ0_2V , 6QZ0_2W , 6QZ0_2X , 6QZ0_2Y , 6QZ0_3Y , 6QZ0_3Z , 6QZ0_4Y , 6QZ0_4Z , 6QZ0_5Y , 6QZ0_5Z , 6QZ0_6Y , 6QZ0_6Z , 6QZ0_7U , 6QZ0_7V , 6QZ0_7W , 6QZ0_7X , 6QZ0_7Y , 6QZ0_8Y , 6QZ0_8Z , 6QZ0_9E , 6QZ0_2Z , 6QZ0_7Z , 6QZ0_9F , 6QZ0_9G , 6QZ0_9H , 6QZ0_9K , 6QZ0_9L , 6QZ0_9I , 6QZ0_9M , 6QZ0_9N , 6QZ0_9O , 6QZ0_9P , 6QZ0_9Q , 6QZ0_9R , 6QZ0_9J
6QZ9
The cryo-em structure of the collar complex and tail axis in bacteriophage phi29 Deposition Author(s): Gui, M. , Wang, D. , Xiang, Y. , Xu, J.
Date: 2019-03-11 Method: ELECTRON MICROSCOPY Resolution: 3.3 Å Organism(s): Bacillus Phage Phi29 Sequences Data: 6QZ9_0A , 6QZ9_0B , 6QZ9_0C , 6QZ9_0D , 6QZ9_0E , 6QZ9_0F , 6QZ9_0G , 6QZ9_0H , 6QZ9_0I , 6QZ9_0J , 6QZ9_0K , 6QZ9_0L , 6QZ9_A , 6QZ9_B , 6QZ9_C , 6QZ9_D , 6QZ9_E , 6QZ9_F , 6QZ9_G , 6QZ9_H , 6QZ9_I , 6QZ9_J , 6QZ9_K , 6QZ9_L , 6QZ9_M , 6QZ9_N , 6QZ9_O , 6QZ9_P , 6QZ9_Q , 6QZ9_R , 6QZ9_S , 6QZ9_T , 6QZ9_U , 6QZ9_V , 6QZ9_W , 6QZ9_X , 6QZ9_Y , 6QZ9_Z