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The crystal structure of PBP2 from H. pylori was initially solved to 3.0 Å by molecular replacement using the structure of PBP3 from Pseudomonas aeruginosa 15 as a model.
The problem was initially solved using high-density short-season cotton that produced high yields, but the technology requires early crop termination and plowing of the stubble to destroy residual dormant PBW populations (see Additional file 1) [32].
The structure for protein DX was initially solved by molecular replacement using the coordinates from protein 18-19, and later solved independently using single anomalous dispersion techniques.
The phase problem was initially solved by molecular replacement using MR-Rosetta with default settings.
The structure was initially solved by single-wavelength anomalous dispersion using crystals soaked in a solution containing methyl mercuric acetate.
This problem, which affects optical density readings in turbidimetric assays, was initially solved by holding pipette tips just above the liquid but below the rims of the wells and adding cell suspensions as droplets.
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The problems were initially solved in the traditional sequential fashion.
Because the two tasks are initially solved independently, two solutions for coupling them are described.
A case study illustrating the features of the model is presented, where a base case is initially solved.
For the validation of the model, few numerical examples are initially solved and the results produced by the model are compared with the published results which show a good performance of the model.
Gas flow inside the battery cell and double lid is initially solved by finite volume method (FVM); then discrete phase model, in a Lagrangian reference frame, is employed to trace the electrolyte particles formed by bursting gas bubbles on the electrolyte surface and electrolyte splashing and agitating.
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CEO of Professional Science Editing for Scientists @ prosciediting.com