The phases were determined by the molecular replacement method with the atomic coordinates of the unliganded TM0415 (PDB ID 1VK4) using the program Molrep39.
The structure was solved by the molecular replacement method implemented in Phenix Phaser-MR43, using the model of C1C2 (PDB: 3UG9).
The structures were solved by the molecular replacement method with the Phaser program using the structure of the human H3.3 nucleosome (PDB ID: 3AV2) as the search model64,67.
The structure of PX5 IncE109 132 complex was solved using the molecular replacement method with the program MolRep39 with the coordinates of Rattus norvegicus SNX5 PX domain (pdb code: 3HPC) as the search model.
The structure of miRFP670nano was solved by the molecular replacement method with MOLREP42 using the structure of AnPixJ PDB ID: 3W2Z24) in its red-absorbing state as a search model.
The structure of the JMJ13-NOG-H3K27me3 complex was solved using the molecular replacement method with the structure of the JMJ13-α-KG complex as the search model and was refined using the same protocol as used for the JMJ13-α-KG complex.
Data to 2.65 A have been collected and the structure determined by the molecular replacement method.
The structure of Csk L-SH2 or C122S mutant domain was solved using the molecular replacement method.
The diffraction data were collected at synchrotron radiation centers and the structures were solved by molecular replacement method.
We solved the crystal structure of Ac-AChBP in complex with α-CTx LvIA at 3.4 Å resolution, using the molecular replacement method (Table 1).
Their space groups were C2 and P3 1 21, respectively, and the structures were resolved with the molecular replacement method (Table S1).
